mhurhangee/ep-ind-claims huggingface dataset:
Machine for producing a foam-in-bag dunnage material, comprising first and second foam precursor inlets (36, 40) for first and second foam precursor substances, a first mixing chamber for mixing the first and second foam precursor substances into a first mixture, and a first dispenser for dispensing the first mixture, wherein the machine comprises a branch-off-device fluidly arranged upstream of the first mixing chamber and having first and second foam precursor outlets (60, 66) towards the first mixing chamber and third and fourth foam precursor outlets (62, 68) towards a second mixing chamber for mixing the first and second foam precursor substances into a second mixture, characterized in that the machine comprises a controller for at least temporarily controlling an operation of the machine, wherein the controller is programmed such that the machine can be operated either only with the first mixing chamber or simultaneously with the first and the second mixing chamber (46, 82), or the controller being programmed such that the machine can be operated either only with the second mixing chamber or simultaneously with the first and the second mixing chamber (46, 82), or the controller being programmed such that the machine can be operated either only with the first mixing chamber or only with the second mixing chamber or simultaneously with the first and the second mixing chamber (46, 82), wherein the first dispenser is fixedly connected to a frame of the machine, and wherein the machine comprises a bag supply for supplying a bag to a position close to the first dispenser, the first dispenser being adapted to dispense the first mixture into the bag, and wherein it comprises a handheld dispensing assembly comprising the second mixing chamber.
Method of manufacturing a domestic appliance device, which comprises a main body, which is embodied as a base plate and consists at least in part of ceramic glass, and at least one coating unit arranged on at least one surface subregion of the main body, characterised in that the coating unit is subjected at least in part to an abrasive application by means of an abrasive and an abrasive with an average grain size of between 75μm and 350μm is used.
A process for producing a semiconductor device, in which an SiC epitaxial layer is formed on an SiC substrate; the process comprising: a step of forming a gettering layer having a higher defect density than a defect density of the SiC substrate by implanting a rare gas, H, a group 4 element or, in case of an n-type semiconductor substrate, a group 5 element into a region in the epitaxial layer or by irradiation with an electron beam or neutron beam from a side opposite to an epitaxial layer side of the SiC substrate, and the region being different from a device formation region; and a step of conducting the gettering of heavy metal impurities at 1500°C or higher after the gettering layer is formed. a step of forming a gettering layer having a higher defect density than a defect density of the SiC substrate by implanting a rare gas, H, a group 4 element or, in case of an n-type semiconductor substrate, a group 5 element into a region in the epitaxial layer or by irradiation with an electron beam or neutron beam from a side opposite to an epitaxial layer side of the SiC substrate, and the region being different from a device formation region; and a step of conducting the gettering of heavy metal impurities at 1500°C or higher after the gettering layer is formed.
Total heat exchange element paper comprising a substrate sheet and a moisture absorbent and colloidal silica both of which are adhered to the substrate sheet.
A method of non-destructively testing a work piece, wherein - the work piece is placed within an active field of a positioning system (8, 9, 17); - the geometry of the work piece is detected by determining the position of specific transponders, which are fixed to the work piece, by the positioning system, or the geometry of the work piece is detected by scanning at least parts of the contour of the work piece with a transponder of the positioning system; - a frame of reference of the work piece is established based on the geometry of the work piece in the coordinates of the positioning system (8, 9, 17); - testing data is acquired for the work piece with a non-destructive testing probe, which comprises a transponder of the positioning system, while the position of the testing probe is recorded by the positioning system; - the position of the testing probe is transformed into an intrinsic position defined with respect to the frame of reference of the work piece; and - the intrinsic position of the testing probe is assigned to the testing data recorded at the respective position. - the work piece is placed within an active field of a positioning system (8, 9, 17); - the geometry of the work piece is detected by determining the position of specific transponders, which are fixed to the work piece, by the positioning system, or the geometry of the work piece is detected by scanning at least parts of the contour of the work piece with a transponder of the positioning system; - a frame of reference of the work piece is established based on the geometry of the work piece in the coordinates of the positioning system (8, 9, 17); - testing data is acquired for the work piece with a non-destructive testing probe, which comprises a transponder of the positioning system, while the position of the testing probe is recorded by the positioning system; - the position of the testing probe is transformed into an intrinsic position defined with respect to the frame of reference of the work piece; and - the intrinsic position of the testing probe is assigned to the testing data recorded at the respective position.
An endoscope comprising: a proximal endoscope handle or interface having a handle or interface housing; an insertion cord extending from the endoscope handle or interface and configured to be inserted into a patient's body cavity, the insertion cord comprising an insertion tube, a bending section and a distal tip unit; and a steering mechanism configured to swivel the distal tip unit by bending the bending section at least in a first bending plane, the steering mechanism comprising a manually operable first steering input element being provided for receiving a rotational steering input by a user and being rotatably supported at the handle or interface housing; and a first braking mechanism for braking the first steering input element with respect to the handle or interface housing, the first braking mechanism comprising a manually operable first braking input element being provided for receiving a braking input by a user, characterised in that the first braking mechanism further comprises a first braking cone element or portion which forms an essentially cone-shaped first braking surface and is non-rotatably connected to the handle or interface housing, and a second braking cone element or portion which forms an essentially cone-shaped second braking surface and is non-rotatably connected to the first steering input element or portion, with the first braking cone element or portion and/ or the second braking cone element or portion being axially translatable via the first braking input element to press the first braking surface against the second braking surface. a proximal endoscope handle or interface having a handle or interface housing; an insertion cord extending from the endoscope handle or interface and configured to be inserted into a patient's body cavity, the insertion cord comprising an insertion tube, a bending section and a distal tip unit; and a steering mechanism configured to swivel the distal tip unit by bending the bending section at least in a first bending plane, the steering mechanism comprising a manually operable first steering input element being provided for receiving a rotational steering input by a user and being rotatably supported at the handle or interface housing; and a first braking mechanism for braking the first steering input element with respect to the handle or interface housing, the first braking mechanism comprising a manually operable first braking input element being provided for receiving a braking input by a user, characterised in that the first braking mechanism further comprises a first braking cone element or portion which forms an essentially cone-shaped first braking surface and is non-rotatably connected to the handle or interface housing, and a second braking cone element or portion which forms an essentially cone-shaped second braking surface and is non-rotatably connected to the first steering input element or portion, with the first braking cone element or portion and/ or the second braking cone element or portion being axially translatable via the first braking input element to press the first braking surface against the second braking surface.
A method of purifying a capped poly(phenylene ether), comprising: mixing a capped poly(phenylene ether) solution comprising a capped poly(phenylene ether), a capping agent, a capping byproduct, a capping catalyst, and a poly(phenylene ether) solvent selected from the group consisting of toluene, xylenes, mesitylene, styrene, chlorobenzene, dichlorobenzenes, chloroform, and combinations thereof, and first washing solvents comprising a C1-C4 alkanol and water to form a first liquid phase comprising the capped poly(phenylene ether) and poly(phenylene ether) solvent, and a second liquid phase comprising C1-C4 alkanol and water; and separating the first liquid phase from the second liquid phase; wherein the first liquid phase and the second liquid phase are present in a volume ratio of 1.5:1 to 10:1; wherein the first and second liquid phases combined comprise, based on 100 mole percent total of the poly(phenylene ether) solvent, C1-C4 alcohol, and water: 24 to 92 mole percent poly(phenylene ether) solvent, 1 to 56 mole percent C1-C4 alkanol, and 3 to 74 mole percent water; and wherein the first liquid phase comprises at least 95 weight percent of the capped poly(phenylene ether) in solution. mixing a capped poly(phenylene ether) solution comprising a capped poly(phenylene ether), a capping agent, a capping byproduct, a capping catalyst, and a poly(phenylene ether) solvent selected from the group consisting of toluene, xylenes, mesitylene, styrene, chlorobenzene, dichlorobenzenes, chloroform, and combinations thereof, and first washing solvents comprising a C1-C4 alkanol and water to form a first liquid phase comprising the capped poly(phenylene ether) and poly(phenylene ether) solvent, and a second liquid phase comprising C1-C4 alkanol and water; and a capped poly(phenylene ether) solution comprising a capped poly(phenylene ether), a capping agent, a capping byproduct, a capping catalyst, and a poly(phenylene ether) solvent selected from the group consisting of toluene, xylenes, mesitylene, styrene, chlorobenzene, dichlorobenzenes, chloroform, and combinations thereof, and first washing solvents comprising a C1-C4 alkanol and water to form a first liquid phase comprising the capped poly(phenylene ether) and poly(phenylene ether) solvent, and a second liquid phase comprising C1-C4 alkanol and water; and separating the first liquid phase from the second liquid phase; wherein the first liquid phase and the second liquid phase are present in a volume ratio of 1.5:1 to 10:1; wherein the first and second liquid phases combined comprise, based on 100 mole percent total of the poly(phenylene ether) solvent, C1-C4 alcohol, and water: 24 to 92 mole percent poly(phenylene ether) solvent, 1 to 56 mole percent C1-C4 alkanol, and 3 to 74 mole percent water; and 24 to 92 mole percent poly(phenylene ether) solvent, 1 to 56 mole percent C1-C4 alkanol, and 3 to 74 mole percent water; and wherein the first liquid phase comprises at least 95 weight percent of the capped poly(phenylene ether) in solution.
An electronic device comprising: a memory; a communication module configured to transmit and receive messages; and a processor connected to the memory and configured to: transmit, to a wearable device, a message that a host IP network is available based on whether transmitting, to a server from the electronic device, an IP packet, which is included in a non-IP service-based message from the wearable device, is available when the electronic device is connected with the wearable device, receive a non-IP service-based request message including an IP packet corresponding to an IP request including an IP address allocated to the wearable device when the host IP network is available, wherein the non-IP service-based request message includes HTTP information and a non-IP header, obtain the IP request from the non-IP service-based request message using IP and TCP information obtained using the HTTP information, and provide the IP request to the server. a memory; a communication module configured to transmit and receive messages; and a processor connected to the memory and configured to: transmit, to a wearable device, a message that a host IP network is available based on whether transmitting, to a server from the electronic device, an IP packet, which is included in a non-IP service-based message from the wearable device, is available when the electronic device is connected with the wearable device, receive a non-IP service-based request message including an IP packet corresponding to an IP request including an IP address allocated to the wearable device when the host IP network is available, wherein the non-IP service-based request message includes HTTP information and a non-IP header, obtain the IP request from the non-IP service-based request message using IP and TCP information obtained using the HTTP information, and provide the IP request to the server.
A bat detection system comprising: an upper bat echo-location call detection unit (30, 50) comprising an upper bat echo-location call detection unit housing and an audio detector connected to the bat echo-location call detection unit housing; a base computer unit comprising a base computer unit housing which encloses a data processor, a data storage device, and a remote communication interface device; wherein the data processor is operatively connected to the data storage device, remote communication interface device, and the upper bat echo-location call detection unit audio detector, wherein the audio detector is configured to feed continuous data to the data processor in the base computer unit, wherein the continuous data comprises information concerning sound detected by the audio detector including information on the intensity of the sound detected and the frequency of the sound detected, characterized in that the data processor is programmed to perform a filter analysis of the continuous data and, if the intensity of the sound detected reaches a preset threshold and the frequency of the sound detected falls within a certain frequency range, to record the data as a sound file of a fixed length on the data storage device; and to transmit the sound file via the remote communication interface device to a remote computer. an upper bat echo-location call detection unit (30, 50) comprising an upper bat echo-location call detection unit housing and an audio detector connected to the bat echo-location call detection unit housing; a base computer unit comprising a base computer unit housing which encloses a data processor, a data storage device, and a remote communication interface device; wherein the data processor is operatively connected to the data storage device, remote communication interface device, and the upper bat echo-location call detection unit audio detector, wherein the audio detector is configured to feed continuous data to the data processor in the base computer unit, wherein the continuous data comprises information concerning sound detected by the audio detector including information on the intensity of the sound detected and the frequency of the sound detected, characterized in that the data processor is programmed to perform a filter analysis of the continuous data and, if the intensity of the sound detected reaches a preset threshold and the frequency of the sound detected falls within a certain frequency range, to record the data as a sound file of a fixed length on the data storage device; and to transmit the sound file via the remote communication interface device to a remote computer.
A screen for a centrifugal pellet dryer comprising a substantially cylindrical screen having an inside surface with one or more regions, each region being raised and protruding inwardly to form a deflector that disrupts a circular flow of particles being dried to improve particle flow through a rotor area of the dryer, said deflector being integral with said screen such that said deflector is not a separate component from the screen and does not impact an overall weight of the screen, characterised in that said one or more regions are embossed.
A peptide compound represented by Formula below: R 1 -(Z 1) 1 -[His-(AA 1) -Glu/Asp] n -(Z 2) m -R 2, wherein His is histidine; Glu/Asp is a glutamic acid or aspartic acid; AA 1, AA 2, and AA 3 are the same or different and each represent Gly, Ala, His, Leu, Ile, Val, Phe, Tyr, Trp, Cys, Met, Ser, Thr, Gln, or Asn; n represents an integer of 2 to 8; 1 and m are the same or different and each represent 0 or 1; R 1 is a C 12-24 hydrocarbon or a C 12-24 acyl group; R 2 is OH or a C-terminal protecting group; and Z 1 or Z 2 represents a linker consisting of 1 to 8 amino acids selected from Gly, Ala, Leu, Ile, Val, Phe, Tyr, Trp, Cys, Met, Ser, Thr, Gln, and Asn, the peptide compound containing 10 to 60 amino acids in total.
Method for defining the trajectories of fiber on a layup surface for producing at least one ply having a given theoretical orientation, characterized in that it includes: - the definition of a mesh (9, 191) of the layup surface (9,109), - the definition of direction data associated to at least one transfer method, - the definition of a vector field (1, 101, 301) by associating to each element of the mesh, at least one direction vector (11, 111, 311) obtained by transfer of said direction data according to said transfer method, the trajectory of a fiber being defined from said vector field. - the definition of a mesh (9, 191) of the layup surface (9,109), - the definition of direction data associated to at least one transfer method, - the definition of a vector field (1, 101, 301) by associating to each element of the mesh, at least one direction vector (11, 111, 311) obtained by transfer of said direction data according to said transfer method,
A panel support element for a modular panel system, wherein the panel support element has integrated in or attached to, a solid state lighting strip, the solid state lighting strip comprising: - a plurality of solid state lighting elements (110, 110'), - a light extraction layer, and - a glare reducing layer, wherein the light extraction layer and the glare reducing layer are arranged opposite each other, wherein the plurality of solid state lighting elements are arranged adjacent to the light extraction layer such that the light emitted by said elements is coupled into the glare reducing layer via the light extraction layer, wherein the plurality of solid state lighting elements comprises a first group of solid state lighting elements and a second group of solid state lighting elements on opposite sides of the light extraction layer, and wherein the pitch (P') of the solid state elements (110, 110') in said groups is less than twice the width of the light extraction layer. - a plurality of solid state lighting elements (110, 110'), - a light extraction layer, and - a glare reducing layer,
Cleaning device for cleaning a lens of a motor vehicle camera which lens is designed to capture images along a longitudinal optical axis, comprising a cleaning head arranged in a fixed position with respect to the camera and having an annular overall shape, of axis coincident with the axis of the lens, said cleaning head comprising an internal annular wall being arranged along the optical axis behind the lens and bearing cleaning means (20, 36) oriented towards the lens, the internal annular wall of the head being equipped with at least a plurality of nozzles via which a fluid is able to exit bound for the lens, characterized in that the cleaning head comprises a discharge slot extending radially from the internal annular wall towards the outside of the head, the said slot being positioned vertically at the bottom of the head in the fixed position of the head with respect to the camera.
A method for cutting wood panels or the like, the method comprising the steps of: feeding at least one panel along a resting plane and through a cutting station; moving a pressure device in a lowered clamping position of the panel against the resting plane; and cutting the panel transversally to a feeding direction of the panel to cut at least one component from the panel; and being characterized by further comprising the steps of: exerting an upward force, equivalent at the maximum to a weight of the pressure device, on the pressure device by means of a push device of the pneumatic type; displacing the pressure device in said lowered clamping position during the action of said force; and moving the pressure device between the lowered clamping position and a lifted release position by means of a single driving device (19; 22) of the electric or pneumatic type. feeding at least one panel along a resting plane and through a cutting station; moving a pressure device in a lowered clamping position of the panel against the resting plane; and cutting the panel transversally to a feeding direction of the panel to cut at least one component from the panel; and being characterized by further comprising the steps of: exerting an upward force, equivalent at the maximum to a weight of the pressure device, on the pressure device by means of a push device of the pneumatic type; displacing the pressure device in said lowered clamping position during the action of said force; and moving the pressure device between the lowered clamping position and a lifted release position by means of a single driving device (19; 22) of the electric or pneumatic type. exerting an upward force, equivalent at the maximum to a weight of the pressure device, on the pressure device by means of a push device of the pneumatic type; displacing the pressure device in said lowered clamping position during the action of said force; and moving the pressure device between the lowered clamping position and a lifted release position by means of a single driving device (19; 22) of the electric or pneumatic type.
A method for creating a virtual SIP user agent by use of a webRTC enabled web browser, the method comprising: a) a user logging in to a web application server via a webRTC enabled web browser; b) the web application server uses the logged in user identity to lookup an associated SIP user identity along with a registrar server address; c) the web application server initiates a SIP registration procedure using the IP address of the web application server as a registered contact for said SIP user identity; characterized in that the web application server maintains in a database user SIP credentials associated with said SIP user identity and propagates the user SIP credentials to the registrar server via a SIP request interface, so that a call received against said SIP user identity can reach and be handled at the web application server in parallel to other existing contacts that are registered against the SIP user identity. a) a user logging in to a web application server via a webRTC enabled web browser; b) the web application server uses the logged in user identity to lookup an associated SIP user identity along with a registrar server address; c) the web application server initiates a SIP registration procedure using the IP address of the web application server as a registered contact for said SIP user identity;
Label roll, with a roll core and with a label tape wound on the roll core, characterised in that the roll core has a plurality of rollers distributed over its circumference around which the label tape is wound.