mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device, comprising: one or more processors; a memory; a plurality of applications; and one or more computer programs, wherein the one or more computer programs are stored in the memory, the one or more computer programs comprise instructions, and when the instructions are executed by the terminal device, the terminal device is enabled to perform the following operations: obtaining class of device information of a peer device; determining a class of device of the peer device based on the class of device information of the peer device; and establishing a Bluetooth connection to the peer device; wherein when the class of device is a non-preset class of device, sending data to the peer device at a first transmit power; and when the class of device is a preset class of device and channel quality of the Bluetooth connection meets a first preset condition, sending data to the peer device at a second transmit power, wherein the first transmit power is less than the second transmit power. one or more processors; a memory; a plurality of applications; and one or more computer programs, wherein the one or more computer programs are stored in the memory, the one or more computer programs comprise instructions, and when the instructions are executed by the terminal device, the terminal device is enabled to perform the following operations: obtaining class of device information of a peer device; determining a class of device of the peer device based on the class of device information of the peer device; and establishing a Bluetooth connection to the peer device; wherein when the class of device is a non-preset class of device, sending data to the peer device at a first transmit power; and when the class of device is a preset class of device and channel quality of the Bluetooth connection meets a first preset condition, sending data to the peer device at a second transmit power, wherein the first transmit power is less than the second transmit power. obtaining class of device information of a peer device; determining a class of device of the peer device based on the class of device information of the peer device; and establishing a Bluetooth connection to the peer device; wherein when the class of device is a non-preset class of device, sending data to the peer device at a first transmit power; and when the class of device is a preset class of device and channel quality of the Bluetooth connection meets a first preset condition, sending data to the peer device at a second transmit power, wherein the first transmit power is less than the second transmit power.
A vitrectomy apparatus, comprising: a pressure source ; a cut valve connected to the pressure source , the cut valve configured to be turned on and off to provide pressure to selectively extend and retract a vitrectomy cutting device; a sensor configured to sense pressure provided from the cut valve; and a controller configured to control operation of the cut valve based on pressure sensed by the sensor, wherein the cut valve is pneumatically connected to the sensor and electronically connected to the controller, and characterised by an accumulator configured to provide a specific amount of air pressure at a predetermined volume to the cut valve. a pressure source ; a cut valve connected to the pressure source , the cut valve configured to be turned on and off to provide pressure to selectively extend and retract a vitrectomy cutting device; a sensor configured to sense pressure provided from the cut valve; and a controller configured to control operation of the cut valve based on pressure sensed by the sensor, wherein the cut valve is pneumatically connected to the sensor and electronically connected to the controller, and characterised by an accumulator configured to provide a specific amount of air pressure at a predetermined volume to the cut valve.
Control method for a vehicle treatment system having one, two or more treatment units which can be moved by controllable actuators relative to a vehicle in order to carry out a surface treatment of the vehicle , characterized in that the control method comprises the following steps: - creating or reading in a schedule for a vehicle treatment, wherein the schedule has adjustment positions (Pi) for a plurality of actuators as target values in a predefined sequence (i); - creating a movement plan for the vehicle treatment, wherein the movement plan comprises a target path (U,V,W), a target adjustment rate (U',V',W') and preferably a target adjustment rate change (U",V",W") for the plurality of actuators , specifically as functions with respect to a flow variable (s); - creating a dynamic plan for the vehicle treatment, wherein the dynamic plan comprises target values for the movements of the plurality of actuators in relation to a time variable (t); - and wherein the dynamic plan is generated from the movement plan by local stretching and/or compression by means of time scaling (s=s(t)). - creating or reading in a schedule for a vehicle treatment, wherein the schedule has adjustment positions (Pi) for a plurality of actuators as target values in a predefined sequence (i); - creating a movement plan for the vehicle treatment, wherein the movement plan comprises a target path (U,V,W), a target adjustment rate (U',V',W') and preferably a target adjustment rate change (U",V",W") for the plurality of actuators , specifically as functions with respect to a flow variable (s); - creating a dynamic plan for the vehicle treatment, wherein the dynamic plan comprises target values for the movements of the plurality of actuators in relation to a time variable (t); - and wherein the dynamic plan is generated from the movement plan by local stretching and/or compression by means of time scaling (s=s(t)).
Method for merging of mail items for delivery in a delivery area , wherein - the mail items are contained in a plurality of stacks (18.1, 18.2,...) and are present in at least one stack (18.1, 18.2,...) in a sorting sequence, - the sorting sequence relates to delivery points of the delivery area , characterised by the method steps: (A) before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system ; (B) mail items not contained in the sorted stacks (18.1, 18.2, ...) are acquired and stored in the information system as mail item data; (C) the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, (D) if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail , wherein the marker contains information relating to the items of mail intended for this delivery point ; (E) the method step (D) is carried out for all delivery points . - the mail items are contained in a plurality of stacks (18.1, 18.2,...) and are present in at least one stack (18.1, 18.2,...) in a sorting sequence, - the sorting sequence relates to delivery points of the delivery area , characterised by the method steps: (A) before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system ; (B) mail items not contained in the sorted stacks (18.1, 18.2, ...) are acquired and stored in the information system as mail item data; (C) the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, (D) if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail , wherein the marker contains information relating to the items of mail intended for this delivery point ; (E) the method step (D) is carried out for all delivery points . (A) before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system ; (B) mail items not contained in the sorted stacks (18.1, 18.2, ...) are acquired and stored in the information system as mail item data; (C) the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, (D) if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail , wherein the marker contains information relating to the items of mail intended for this delivery point ; (E) the method step (D) is carried out for all delivery points .
A refrigerator comprising: a cabinet defining a storage space; a door opening and closing the cabinet , the door comprising a main door and a sub door ; an outer plate defining an outer appearance of the sub door and having a plate opening ; a door liner having a door liner opening and coupled to the outer plate ; a transparent display assembly comprising: a front panel mounted on the inner frame of the sub door ; a rear panel covering the door liner opening of the sub door ; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer ; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer ; characterized in that the outer plate , the door liner and the transparent display assembly provide a space in which a foaming solution is filled when an insulation material is molded in the sub door , such that the sealant comes into direct contact with the foaming solution that is injected to mold the insulation material . a cabinet defining a storage space; a door opening and closing the cabinet , the door comprising a main door and a sub door ; an outer plate defining an outer appearance of the sub door and having a plate opening ; a door liner having a door liner opening and coupled to the outer plate ; a transparent display assembly comprising: a front panel mounted on the inner frame of the sub door ; a rear panel covering the door liner opening of the sub door ; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer ; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer ; a front panel mounted on the inner frame of the sub door ; a rear panel covering the door liner opening of the sub door ; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer ; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer ; characterized in that the outer plate , the door liner and the transparent display assembly provide a space in which a foaming solution is filled when an insulation material is molded in the sub door , such that the sealant comes into direct contact with the foaming solution that is injected to mold the insulation material .
A wheel for vehicles, comprising a rim and a disc which are mutually coupled, wherein the rim comprises: - a substantially cylindrically extended central body part , - an internal shoulder profile , which is arranged at a first end of said body and is configured to receive an internal edge of a tire, - a terminal end , which is arranged at a second and opposite end of said body , wherein the disc comprises: - a hub portion , configured to be connected to an axle of the vehicle, a perimetric front flange and a connecting portion which connects the hub portion to the front flange , and wherein the front flange is provided with an annular seat in which the terminal end of the rim is accommodated at least partially in order to form an external shoulder profile , characterized in that the rim is made of low-alloy steel and the disc is made of two-phase ferritic/martensitic steel. - a substantially cylindrically extended central body part , - an internal shoulder profile , which is arranged at a first end of said body and is configured to receive an internal edge of a tire, - a terminal end , which is arranged at a second and opposite end of said body , - a hub portion , configured to be connected to an axle of the vehicle, a perimetric front flange and a connecting portion which connects the hub portion to the front flange , and wherein the front flange is provided with an annular seat in which the terminal end of the rim is accommodated at least partially in order to form an external shoulder profile , characterized in that the rim is made of low-alloy steel and the disc is made of two-phase ferritic/martensitic steel.
A method for producing a supported metal catalyst, comprising the following steps: a) providing a catalyst support, b) applying a first liquid medium comprising at least one reducing agent selected from the group consisting of hydrazine, formic acid and formaldehyde to the catalyst support provided in step a), wherein 10 to 70 %, of the total pore volume of the catalyst support provided in step a) is filled with the first liquid medium, c) instantly after step b), impregnating the catalyst support obtained in step b) with a second liquid medium comprising at least one transition metal selected from the group consisting of Pd, Pt, Cu, Ni, Au and Ag to obtain an impregnated precursor, wherein at least 91 % of the total pore volume of the catalyst support provided in step a) is filled with the first and the second liquid medium, d) drying the impregnated precursor obtained in step c) at a temperature from 80°C to 350°C to obtain a dried, impregnated precursor and e) treating the dried, impregnated precursor obtained in step d) at a temperature from 350°C to 700°C to obtain the supported metal catalyst; wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c). a) providing a catalyst support, b) applying a first liquid medium comprising at least one reducing agent selected from the group consisting of hydrazine, formic acid and formaldehyde to the catalyst support provided in step a), wherein 10 to 70 %, of the total pore volume of the catalyst support provided in step a) is filled with the first liquid medium, c) instantly after step b), impregnating the catalyst support obtained in step b) with a second liquid medium comprising at least one transition metal selected from the group consisting of Pd, Pt, Cu, Ni, Au and Ag to obtain an impregnated precursor, wherein at least 91 % of the total pore volume of the catalyst support provided in step a) is filled with the first and the second liquid medium, d) drying the impregnated precursor obtained in step c) at a temperature from 80°C to 350°C to obtain a dried, impregnated precursor and e) treating the dried, impregnated precursor obtained in step d) at a temperature from 350°C to 700°C to obtain the supported metal catalyst; wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c). wherein the total pore volume of the catalyst support is determined by Hg porosimetry; and wherein the reducing agent is a compound that is capable of reducing the transition metal from the second liquid medium that is used in step c).
A photonic device comprising: a package substrate ; and a photonic integrated circuit, PIC, chip which extends over a first region of the package substrate , the PIC chip comprising: a plurality of coplanar photonic waveguides ; and a plurality of coplanar integrated edge-oriented couplers, IECs , wherein a planar optical waveguide structure of the photonic device extends over a second region of the package substrate , the planar optical waveguide structure comprising a core , wherein an edge of the core is adjacent to the plurality of coplanar IECs ; characterized in that : individual ones of the plurality of coplanar IECs each terminate a respective one of the coplanar photonic waveguides with a respective divergent lens surface that is substantially flat over at least the thickness; the PIC chip forms a stepped structure; an upper portion of the stepped structure comprises the plurality of coplanar IECs ; a lower portion of the stepped structure extends past the plurality of coplanar IECs ; and the planar optical waveguide structure overlaps the lower portion. a package substrate ; and a photonic integrated circuit, PIC, chip which extends over a first region of the package substrate , the PIC chip comprising: a plurality of coplanar photonic waveguides ; and a plurality of coplanar integrated edge-oriented couplers, IECs , wherein a planar optical waveguide structure of the photonic device extends over a second region of the package substrate , the planar optical waveguide structure comprising a core , wherein an edge of the core is adjacent to the plurality of coplanar IECs ; characterized in that : individual ones of the plurality of coplanar IECs each terminate a respective one of the coplanar photonic waveguides with a respective divergent lens surface that is substantially flat over at least the thickness; a plurality of coplanar photonic waveguides ; and a plurality of coplanar integrated edge-oriented couplers, IECs , wherein a planar optical waveguide structure of the photonic device extends over a second region of the package substrate , the planar optical waveguide structure comprising a core , wherein an edge of the core is adjacent to the plurality of coplanar IECs ; characterized in that : individual ones of the plurality of coplanar IECs each terminate a respective one of the coplanar photonic waveguides with a respective divergent lens surface that is substantially flat over at least the thickness; the PIC chip forms a stepped structure; an upper portion of the stepped structure comprises the plurality of coplanar IECs ; a lower portion of the stepped structure extends past the plurality of coplanar IECs ; and the planar optical waveguide structure overlaps the lower portion.
A chromatic mirror for a white light source based illumination system, the chromatic mirror comprising a mirroring surface formed by a coating, a film, or a panel, and a diffusing layer in front of the mirroring surface, which preferentially scatters short-wavelength components of impinging white light with respect to long-wavelength components of impinging white light, the diffusing layer comprising a first dispersion of light-scattering centers of average size smaller than 250nm, and a transparent polymer layer having the first dispersion of light-scattering centers embedded therein, thereby scattering light in a Rayleigh or Rayleigh-like regime, wherein the chromatic mirror is characterized by further comprising a second dispersion of light-scattering centers of average size exactly or greater than 5 times the average size of the light-scattering centers of the first dispersion and having a size larger than 1 μm, the second dispersion being embedded in the transparent polymer layer or in a further transparent polymer layer , and/or by a lateral variation of a physical and/or an optical thickness of the diffusing layer, or of a further transparent layer of the chromatic mirror that includes a thickness modulation with an average spatial frequency in the range of 10-200 modulations/mm, and a ratio between the depth and the transverse size of the thickness modulation in the range 0,05-2, such that the chromatic mirror has a reflectance for white light at the specular angle smaller than 50% with respect to the case of comprising only the first dispersion without the layer of varying thickness and/or the second dispersion.
Arm rest arrangement for an automotive vehicle seat with a fixed carrier structure and an arm rest body mounted in such a way that it can be pivoted about a pivoting axis (S) in relation to the carrier structure , and with which an incline adjustment device is associated, allowing a modification of an incline of the arm rest body in relation to the fixed carrier structure in a functional position of the arm rest body , wherein the incline adjustment device comprises a manually operable actuating member and a blocking device for securing an incline adjustment carried out by means of the actuating member , wherein the arm rest body comprises a supporting member that can be adjusted in a linearly movable manner transversely to the pivoting axis (S) on the arm rest body and is supported on the front end side on the fixed carrier structure , and the actuating member and the blocking device are operatively connected to the linearly movable supporting member such that the supporting member can be released by the actuating member for a linear adjustment and can be locked by the blocking device in an adjusted supporting position, characterized in that the supporting member is retained in a form-fitting manner in the adjustment direction by a guiding device solidly fixed to the arm rest body , and in that the supporting member is retained in the guiding device solidly fixed to the arm rest body by means of a transmission thread.
Electric household appliance, in particular a household cooking appliance, comprising a casing and an electrical power cord extending out of the casing , the casing having a lower portion designed to rest on a bearing plane, the casing comprising an outer wall having an outer cavity for winding a portion of the electrical power cord , the outer cavity is arranged outside the lower portion , the outer cavity is arranged in a bulged portion of the outer wall , characterised in that the outer wall has a convex outer portion surrounding the outer cavity , in that the outer cavity is annular, in that the outer cavity has a peripheral wall connected to the convex outer portion , a bottom wall and an inner wall , and in that at least one prominent retaining member comes from the peripheral wall .