mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor structure comprising: an active layer on a handle layer, wherein the handle layer is on a first side of the active layer; a patterned layer on a second side of the active layer, wherein the patterned layer includes an excavated region and a pattern region; and a strain layer located on the pattern region and in the excavated region, wherein the strain layer exhibits a strain on a device in the active layer; wherein the device is a field effect transistor having a source, a drain, and a channel, the channel being between the source and the drain; and characterised in that the pattern region laterally at least fully encompasses the channel and only partially encompasses the source and the drain, and wherein the source and drain contact the pattern region. an active layer on a handle layer, wherein the handle layer is on a first side of the active layer; a patterned layer on a second side of the active layer, wherein the patterned layer includes an excavated region and a pattern region; and a strain layer located on the pattern region and in the excavated region, wherein the strain layer exhibits a strain on a device in the active layer; wherein the device is a field effect transistor having a source, a drain, and a channel, the channel being between the source and the drain; and characterised in that the pattern region laterally at least fully encompasses the channel and only partially encompasses the source and the drain, and wherein the source and drain contact the pattern region.
An adhesive hydrogel, comprising: a polymer matrix of a copolymer of a monofunctional monomer and a crosslinking monomer (a); another polymer component; water; and a polyhydric alcohol, wherein: either a structural unit derived from the monofunctional monomer contained in the polymer matrix or the other polymer component or both contain a structural unit derived from at least one compound (b) selected from the group consisting of ethylenically unsaturated carboxylic acids, ethylenically unsaturated carboxylic acid salts, and ethylenically unsaturated carboxylic acid derivatives having a hydroxyl group, an acid group, a salt thereof, an amino group, and/or an ammonium group; and the other polymer component contains a polymer compound (c) with a side chain having an oxyalkylene group or a polyoxyalkylene group. either a structural unit derived from the monofunctional monomer contained in the polymer matrix or the other polymer component or both contain a structural unit derived from at least one compound (b) selected from the group consisting of ethylenically unsaturated carboxylic acids, ethylenically unsaturated carboxylic acid salts, and ethylenically unsaturated carboxylic acid derivatives having a hydroxyl group, an acid group, a salt thereof, an amino group, and/or an ammonium group; and the other polymer component contains a polymer compound (c) with a side chain having an oxyalkylene group or a polyoxyalkylene group.
An image forming apparatus that is capable of performing SSL communication and has a function of issuing a certificate and a print unit, comprising: a reception unit (205, 307) configured to receive an acquisition request for acquiring a Web page for use in issuing a certificate, from a client apparatus, the acquisition request comprising an HTTP communication request for requesting execution of HTTP communication and including host information for identifying the image forming apparatus; an acquisition unit (205, 307) configured to acquire the host information as identification information of the information processing apparatus from the acquisition request received by said acquisition unit; a generation unit (205, 307) configured to generate the Web page in which the identification information of the image forming apparatus is set as an initial value of common name information for use in issuing the certificate based on the identification information acquired from the acquisition request; and a transmission unit (205, 307) configured to transmit the Web page which is generated by said generation unit and in which the initial value of the common name information is set, as a response to the acquisition request, to the client apparatus. a reception unit (205, 307) configured to receive an acquisition request for acquiring a Web page for use in issuing a certificate, from a client apparatus, the acquisition request comprising an HTTP communication request for requesting execution of HTTP communication and including host information for identifying the image forming apparatus; an acquisition unit (205, 307) configured to acquire the host information as identification information of the information processing apparatus from the acquisition request received by said acquisition unit; a generation unit (205, 307) configured to generate the Web page in which the identification information of the image forming apparatus is set as an initial value of common name information for use in issuing the certificate based on the identification information acquired from the acquisition request; and a transmission unit (205, 307) configured to transmit the Web page which is generated by said generation unit and in which the initial value of the common name information is set, as a response to the acquisition request, to the client apparatus.
A test fixture for securing a test article, the test fixture comprising: a frame defining an upper portion and a lower portion, wherein the lower portion of the frame is configured to be releasably mounted to a vibration device; an upper grip connected to the upper portion of the frame and a lower grip connected to the lower portion of the frame, wherein the upper grip is configured to secure an upper portion of the test article along an upper interface, the lower grip is configured to secure a lower portion of the test article along a lower interface, and the upper interface and the lower interface both define a boundary where the test article and either the upper grip or the lower grip engage with one another a cooling assembly configured to transport a cooling medium across at least one of the upper interface and the lower interface; and the test fixture being characterized by a tensioner assembly located at the upper portion of the test fixture, wherein the tensioner assembly is connected to the upper grip and includes an adjustment mechanism configured to urge the upper grip in an upward direction towards the upper portion of the frame and by an upper adapter plate configured to connect the tensioner assembly to the upper grip, wherein the adjustment mechanism is configured to urge the adapter plate in the upward direction, wherein the adjustment mechanism is a plurality of tension bolts that each define a shank, and wherein the shank of each tension bolt is connected to the upper adapter plate such that as the tension bolts are tightened the upper adapter plate is urged in the upward direction. a frame defining an upper portion and a lower portion, wherein the lower portion of the frame is configured to be releasably mounted to a vibration device; an upper grip connected to the upper portion of the frame and a lower grip connected to the lower portion of the frame, wherein the upper grip is configured to secure an upper portion of the test article along an upper interface, the lower grip is configured to secure a lower portion of the test article along a lower interface, and the upper interface and the lower interface both define a boundary where the test article and either the upper grip or the lower grip engage with one another a cooling assembly configured to transport a cooling medium across at least one of the upper interface and the lower interface; and the test fixture being characterized by a tensioner assembly located at the upper portion of the test fixture, wherein the tensioner assembly is connected to the upper grip and includes an adjustment mechanism configured to urge the upper grip in an upward direction towards the upper portion of the frame and by an upper adapter plate configured to connect the tensioner assembly to the upper grip, wherein the adjustment mechanism is configured to urge the adapter plate in the upward direction, wherein the adjustment mechanism is a plurality of tension bolts that each define a shank, and wherein the shank of each tension bolt is connected to the upper adapter plate such that as the tension bolts are tightened the upper adapter plate is urged in the upward direction.
Method for dividing an, in particular panel-formed workpiece, wherein the workpiece preferably consists at least in sections of wood, wood materials, plastic, plaster, fibre cement or the like, comprising the steps: transporting the workpiece to a machining device with a first conveyor device, dividing the workpiece with the machining device in order to separate out a partial section, wherein the workpiece is at least partially transported by the first conveyor device during the machining and the machining device machines the workpiece at least in sections along an entire thickness of the workpiece, transporting the workpiece, from which the partial section has been separated, away from the machining device with the first conveyor device transporting the separated partial section away from the machining device with a second conveyor device, characterised in that the workpiece is, during the machining, transported at least in sections by the first and second conveyor device (6, 7) and, during the machining, pressed at least in sections against a workpiece support by a pressing device. transporting the workpiece to a machining device with a first conveyor device, dividing the workpiece with the machining device in order to separate out a partial section, wherein the workpiece is at least partially transported by the first conveyor device during the machining and the machining device machines the workpiece at least in sections along an entire thickness of the workpiece, transporting the workpiece, from which the partial section has been separated, away from the machining device with the first conveyor device transporting the separated partial section away from the machining device with a second conveyor device, characterised in that the workpiece is, during the machining, transported at least in sections by the first and second conveyor device (6, 7) and, during the machining, pressed at least in sections against a workpiece support by a pressing device.
A mascara composition comprising: (a) a chemically modified wax with one or more hydrophilic functional groups; (b)a polymeric film former comprising monomers having the formula and monomers having the formula wherein n is 3 to 6; P is O or NR 3; R 1, R 2, R 3, R 4, and R 5 are independently H or C 1 -C 5 alkyl; R 6 is C 2 -C 16 alkyl or alkylene; wt% of X monomers ranges from about 60 to about 99; and wt% of Y monomers ranges from about 1 to about 40; (c) pigments; and (d) water. (a) a chemically modified wax with one or more hydrophilic functional groups; (b)a polymeric film former comprising monomers having the formula and monomers having the formula wherein n is 3 to 6; P is O or NR 3; R 1, R 2, R 3, R 4, and R 5 are independently H or C 1 -C 5 alkyl; R 6 is C 2 -C 16 alkyl or alkylene; wt% of X monomers ranges from about 60 to about 99; and wt% of Y monomers ranges from about 1 to about 40; (c) pigments; and (d) water.
Circuit arrangement, having: - a heat sink and - a layer arrangement, which is arranged on a surface of the heat sink and which has a first electrically insulating insulation layer and an electrically conductive conductor layer arranged on a side of the insulation layer facing away from the heat sink, wherein an electrical connecting path between two electrical connection regions (22, 23) is provided by the layer arrangement, - wherein the layer arrangement is formed by cold gas spraying of a respective material of one or some or each of the layers (28, 29) of the layer arrangement, - wherein the circuit arrangement also has a high-current load, which is arranged on the surface of the heat sink and which has an operating current greater than 10 A, - characterized in that, on the surface and between the high-current load on the one hand and the layer arrangement on the other hand, the heat sink has at least two material cutouts for thermal decoupling. - a heat sink and - a layer arrangement, which is arranged on a surface of the heat sink and which has a first electrically insulating insulation layer and an electrically conductive conductor layer arranged on a side of the insulation layer facing away from the heat sink, wherein an electrical connecting path between two electrical connection regions (22, 23) is provided by the layer arrangement, - wherein the layer arrangement is formed by cold gas spraying of a respective material of one or some or each of the layers (28, 29) of the layer arrangement, - wherein the circuit arrangement also has a high-current load, which is arranged on the surface of the heat sink and which has an operating current greater than 10 A, - characterized in that, on the surface and between the high-current load on the one hand and the layer arrangement on the other hand, the heat sink has at least two material cutouts for thermal decoupling.
A method of wireless communication at a user equipment, UE, comprising: identifying a narrow bandwidth region (310, 410, 410a, 410b) allocated for operation within a wide bandwidth carrier, wherein the wide bandwidth carrier has a direct current, DC, center subcarrier; determining that the narrow bandwidth region is centered about a frequency different to the center subcarrier of the wide bandwidth carrier and that the narrow bandwidth region (410-a) includes the center subcarrier; receiving a downlink transmission on subcarriers of the narrow bandwidth region; characterised in that it further comprises down-converting a carrier frequency of the narrow bandwidth region (410-a) so that the DC center subcarrier of the wide bandwidth carrier is effectively centered within the narrow bandwidth region. identifying a narrow bandwidth region (310, 410, 410a, 410b) allocated for operation within a wide bandwidth carrier, wherein the wide bandwidth carrier has a direct current, DC, center subcarrier; determining that the narrow bandwidth region is centered about a frequency different to the center subcarrier of the wide bandwidth carrier and that the narrow bandwidth region (410-a) includes the center subcarrier; receiving a downlink transmission on subcarriers of the narrow bandwidth region; characterised in that it further comprises down-converting a carrier frequency of the narrow bandwidth region (410-a) so that the DC center subcarrier of the wide bandwidth carrier is effectively centered within the narrow bandwidth region.
A turbomachine assembly comprising: an annular compression section for compressing air passing through said turbomachine; a turbomachine casing formed by an outer annular shell centered on a longitudinal axis (X-X) of the turbomachine and an inner annular shell secured coaxially inside the outer shell by means of a plurality of radial support arms; an annular combustion section housed inside the turbomachine casing, disposed at the outlet from the compression section and within which the air coming from the compression section is mixed with fuel in order to be burnt therein; and an annular turbine section disposed at the outlet from the combustion section and having a rotor that is driven in rotation by the gas coming from the combustion section, the air coming from the compression section presenting rotary motion with an angle of inclination relative to the longitudinal axis (X-X) of the turbomachine; the assembly being characterized in that the combustion section includes angular distribution means for determining air flow direction so as to impart to the gas coming from the combustion section rotary motion with an angle of inclination that is substantially equal to or greater than the angle of inclination of the air coming from the compression section, said angular distribution means being formed in the turbomachine casing by the support arms, each of which presents an angle of inclination ( α) relative to the longitudinal axis (X-X) of the turbomachine that is substantially equal to or greater than the angle of inclination of the air coming from the compression section. an annular compression section for compressing air passing through said turbomachine; a turbomachine casing formed by an outer annular shell centered on a longitudinal axis (X-X) of the turbomachine and an inner annular shell secured coaxially inside the outer shell by means of a plurality of radial support arms; an annular combustion section housed inside the turbomachine casing, disposed at the outlet from the compression section and within which the air coming from the compression section is mixed with fuel in order to be burnt therein; and an annular turbine section disposed at the outlet from the combustion section and having a rotor that is driven in rotation by the gas coming from the combustion section, the air coming from the compression section presenting rotary motion with an angle of inclination relative to the longitudinal axis (X-X) of the turbomachine; the assembly being characterized in that the combustion section includes angular distribution means for determining air flow direction so as to impart to the gas coming from the combustion section rotary motion with an angle of inclination that is substantially equal to or greater than the angle of inclination of the air coming from the compression section, said angular distribution means being formed in the turbomachine casing by the support arms, each of which presents an angle of inclination ( α) relative to the longitudinal axis (X-X) of the turbomachine that is substantially equal to or greater than the angle of inclination of the air coming from the compression section.
A distillation process comprising: (a) distilling a first higher-boiling feed stream in a first distillation column at a first pressure to separate a first C 8 -aromatics stream from a first C 9 -and-heavier aromatics stream; (b) distilling a second lower-boiling feed stream in a second distillation column at a second pressure to separate a second C 8 -aromatics stream from a second C 9 -and-heavier aromatics stream; and (c) passing an overhead stream from the second distillation column to one or more of a reboiler of the first distillation column and a steam generator; wherein the first higher-boiling feed stream has a higher content of C 9 -and-heavier aromatics than the second lower-boiling feed stream, and the second pressure is higher than the first pressure; wherein the overhead stream from the second distillation column exchanges heat with a bottoms stream from the first distillation column in the reboiler of the first distillation column; and wherein the exchange of heat condenses the overhead stream. (a) distilling a first higher-boiling feed stream in a first distillation column at a first pressure to separate a first C 8 -aromatics stream from a first C 9 -and-heavier aromatics stream; (b) distilling a second lower-boiling feed stream in a second distillation column at a second pressure to separate a second C 8 -aromatics stream from a second C 9 -and-heavier aromatics stream; and (c) passing an overhead stream from the second distillation column to one or more of a reboiler of the first distillation column and a steam generator;
Switching device having a housing and having a contact carrier which is pivotably articulated about an axis of rotation onto this housing, having at least one coupling contact (15a, 15b) for producing or for opening a current-carrying and/or signal-carrying contact connection having at least one joined switching device, - characterised in that the contact carrier is formed as a cover part of a housing narrow side of the housing and formed for partial engagement over the joined switching device, - wherein the cover part carries the or each coupling contact (15a, 15b), and - wherein the coupling contact (15a, 15b) contacts a counter-contact within the device, which has a first contact leg for contacting this coupling contact (15a, 15b) and a second contact leg for contacting a coupling contact (15a, 15b) of the joined switching device (2, 2'). - characterised in that the contact carrier is formed as a cover part of a housing narrow side of the housing and formed for partial engagement over the joined switching device, - wherein the cover part carries the or each coupling contact (15a, 15b), and - wherein the coupling contact (15a, 15b) contacts a counter-contact within the device, which has a first contact leg for contacting this coupling contact (15a, 15b) and a second contact leg for contacting a coupling contact (15a, 15b) of the joined switching device (2, 2').
A method comprising: receiving a signal from a force sensor, the signal representing a force that is applied by a stepper motor of an injection device to a plunger of a cartridge; and causing a current to be applied to the motor, the current enabling the motor to apply to the plunger a resultant force corresponding to a sum of the force represented by the signal from the force sensor and a predetermined fraction of the force represented by the signal from the force sensor. receiving a signal from a force sensor, the signal representing a force that is applied by a stepper motor of an injection device to a plunger of a cartridge; and causing a current to be applied to the motor, the current enabling the motor to apply to the plunger a resultant force corresponding to a sum of the force represented by the signal from the force sensor and a predetermined fraction of the force represented by the signal from the force sensor.
Apparatus for producing a target mark with a planar transparent carrier plate, the height of which forms a cylindrical lateral peripheral surface, wherein a marking, which is embodied as a diffraction structure, is provided on the carrier plate and illumination rays from an illumination device are introduced into the carrier plate via the lateral peripheral surface such that, after diffraction at the marking, they are emitted perpendicular to the plane of the carrier plate, wherein a narrowband light-emitting diode LED with a collimation optical unit, which is connected upstream, for producing a symmetric and homogeneous beam of light rays from the radiation cone of the LED is provided as the light source for lighting the diffractive marking, wherein the optical axis of the collimation optical unit is oriented perpendicularly to the light-entrance surface of an input coupling prism which is cemented onto the lateral peripheral surface of the carrier plate or to an inclined surface which is produced on the lateral peripheral surface by grinding, wherein the image-side focal length of the collimation optical unit is selected such that the light-emitting surface of the LED is imaged into the surface region of the marking.
A pump assembly comprising: a first stage including a first inlet in communication with a first cavity, and a first pumping means disposed within the first cavity; a second stage including a second inlet in communication with a second cavity, an outlet in communication with both the first and the second cavity (74, 80), and a second pumping means disposed within the second cavity; and a transfer plate disposed between the first stage and the second stage, the transfer plate including a transfer window; characterised in that the entire transfer window is disposed horizontally above the first pumping means and the second pumping means. a first stage including a first inlet in communication with a first cavity, and a first pumping means disposed within the first cavity; a second stage including a second inlet in communication with a second cavity, an outlet in communication with both the first and the second cavity (74, 80), and a second pumping means disposed within the second cavity; and a transfer plate disposed between the first stage and the second stage, the transfer plate including a transfer window; characterised in that the entire transfer window is disposed horizontally above the first pumping means and the second pumping means.