mhurhangee/patent-ind-claim-en huggingface dataset:
A rehabilitation training apparatus for an ankle joint, comprising: a working platform ; a Z-axis rotating mechanism erected on the working platform and rotating around a Z axis of the working platform ; a Y-axis rotating mechanism connected with the Z-axis rotating mechanism and rotating around a Y axis of the working platform ; an X-axis rotating mechanism connected with the Y-axis rotating mechanism and rotating around an X axis of the working platform ; and a pedal arranged on a lower end of the X-axis rotating mechanism and parallel to a desktop of the working platform , characterised in that the Y-axis rotating mechanism comprises an annular bracket vertically fastened to a driving arm of the Z-axis rotating mechanism , an annular sliding cover slidably disposed on one side wall of the annular bracket , a Y-axis driving mechanism for driving the annular sliding cover to rotate around the axis of the annular bracket , and a sliding block for securing a position of the annular sliding cover , wherein the Y-axis driving mechanism synchronously rotates with the annular sliding cover and the X-axis rotating mechanism is fastened to one side of the annular sliding cover ; wherein a bracket wall of the annular bracket is radially provided with an arc-shaped long groove ; a groove wall of the arc-shaped long groove is provided with a rack; and the rack engages with a driving wheel of the Y-axis driving mechanism . a working platform ; a Z-axis rotating mechanism erected on the working platform and rotating around a Z axis of the working platform ; a Y-axis rotating mechanism connected with the Z-axis rotating mechanism and rotating around a Y axis of the working platform ; an X-axis rotating mechanism connected with the Y-axis rotating mechanism and rotating around an X axis of the working platform ; and a pedal arranged on a lower end of the X-axis rotating mechanism and parallel to a desktop of the working platform , characterised in that the Y-axis rotating mechanism comprises an annular bracket vertically fastened to a driving arm of the Z-axis rotating mechanism , an annular sliding cover slidably disposed on one side wall of the annular bracket , a Y-axis driving mechanism for driving the annular sliding cover to rotate around the axis of the annular bracket , and a sliding block for securing a position of the annular sliding cover , wherein the Y-axis driving mechanism synchronously rotates with the annular sliding cover and the X-axis rotating mechanism is fastened to one side of the annular sliding cover ; wherein a bracket wall of the annular bracket is radially provided with an arc-shaped long groove ; a groove wall of the arc-shaped long groove is provided with a rack; and the rack engages with a driving wheel of the Y-axis driving mechanism .
Bread slicer with an input compartment for receiving a loaf of bread to be sliced and having a set of blades comprising oblong blades arranged substantially parallel to each other and such that they can be driven in a back-and-forth movement in their longitudinal direction, said set of blades being designed for cutting a loaf of bread into slices and cooperating with a push block enabling the loaf to be pushed in a direction of travel from the input compartment through the set of blades to an output table , the set of blades being arranged between the input compartment and the output table to cut the loaf into slices, the output table having holding means for keeping open a packing bag , the packing bag having an opening , characterized in that the holding means are provided to hold the opening of the packing bag facing the set of blades during the movement of the loaf of bread in the direction of travel , the push block being arranged to push at least a part of the sliced loaf through the opening in said direction of travel so as to introduce it at least partially in the packing bag .
A method for recycling fabric into plastic granule for plastic manufacturing processes, the method comprising the steps of: a) Collecting fabric comprising fabric fibers b) Pulverizing the fabric into a powder of fabric particles c) Pelletizing the powder with a binder such that fabric pellets comprising the powder of fabrics are formed d) Extruding a mixture of the fabric pellets and a plastic compound into plastic granule, characterized in that the mixture comprises at least 5 % (wt) of the fabric particles and in that a color agent is added to the mixture, wherein the color agent is a dry organic waste or remnant made from natural products such that the granule has a predefined color. a) Collecting fabric comprising fabric fibers b) Pulverizing the fabric into a powder of fabric particles c) Pelletizing the powder with a binder such that fabric pellets comprising the powder of fabrics are formed d) Extruding a mixture of the fabric pellets and a plastic compound into plastic granule,
A method for downloading an application, the method comprising: downloading , , download description information of the application using an HTTPS channel, wherein the download description information comprises download address information and wherein downloading download description information of an application using an HTTPS channel comprises: downloading, when a download condition is met, download description information of a pre-configured application corresponding to the download condition using the HTTPS channel, wherein the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and downloading , , a first application package corresponding to the download address information of the pre-configured application using an HTTP channel. downloading , , download description information of the application using an HTTPS channel, wherein the download description information comprises download address information and wherein downloading download description information of an application using an HTTPS channel comprises: downloading, when a download condition is met, download description information of a pre-configured application corresponding to the download condition using the HTTPS channel, wherein the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and downloading , , a first application package corresponding to the download address information of the pre-configured application using an HTTP channel.
Method for establishing a permanent mechanical and electrical connection between a stranded wire and a terminal element , in which one end of the stranded wire is welded to the connecting element , wherein the end of the stranded wire is inserted into a crimping recess of the terminal element in the form of a substantially cylindrical blind hole before welding, and the terminal element is crimped to the stranded wire , wherein the stranded wire comprises individual wires of aluminum, and a sidewall of the crimping recess against which the stranded wire abuts is formed at least partially of copper, characterized, in that , during crimping, a circumferential pressure force (F) is applied from the outside to a side wall of the blind hole , so that the individual wires of the stranded wire are compressed uniformly, and the connecting element is crimped gas-tight to the stranded wire by means of an insulation crimp, wherein an outer boundary surface of the terminal member includes a transition region and a tapered intermediate portion, the tapered intermediate portion adjoins the sidewall of the blind hole and widens conically, and the tapered intermediate portion is disposed between the sidewall and the transition region to minimize cracking during crimping or welding. in which one end of the stranded wire is welded to the connecting element , wherein the end of the stranded wire is inserted into a crimping recess of the terminal element in the form of a substantially cylindrical blind hole before welding, and the terminal element is crimped to the stranded wire , wherein the stranded wire comprises individual wires of aluminum, and a sidewall of the crimping recess against which the stranded wire abuts is formed at least partially of copper, characterized, in that , during crimping, a circumferential pressure force (F) is applied from the outside to a side wall of the blind hole , so that the individual wires of the stranded wire are compressed uniformly, and the connecting element is crimped gas-tight to the stranded wire by means of an insulation crimp, wherein an outer boundary surface of the terminal member includes a transition region and a tapered intermediate portion, the tapered intermediate portion adjoins the sidewall of the blind hole and widens conically, and the tapered intermediate portion is disposed between the sidewall and the transition region to minimize cracking during crimping or welding.
A method performed by a user equipment (UE) for performing Random Access Channel (RACH)-less handover or Secondary Cell Group (SCG) change, the method comprising: receiving a message; reading a System Frame Number (SFN) for a target cell from the message; accessing the target cell during a RACH-less handover or SCG change according to the SFN; and wherein the method is characterized in further comprising one or more of the following steps: changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink (UL) grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN. receiving a message; reading a System Frame Number (SFN) for a target cell from the message; accessing the target cell during a RACH-less handover or SCG change according to the SFN; and wherein the method is characterized in further comprising one or more of the following steps: changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink (UL) grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN. changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink (UL) grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN.
A cooling regulation system , comprising: - a valve having an control device provided in the interior of the valve , wherein the control device is configured for controlling an opening of an orifice provided between a valve inlet and a valve outlet such that a flow of a coolant from the valve inlet to the valve outlet can be regulated; - an evaporator with a contact surface that is adapted to be thermally connected to a heat source such that a thermal load from the heat source is dissipated by the evaporator in an operating state of the cooling regulation system , the evaporator having an evaporator inlet connected to the valve outlet ; and - a regulation device configured for providing a temperature dependent gas pressure to the valve for regulating a position of the control device in order to regulate the flow of the coolant; wherein the regulation device is in thermal contact with the evaporator at a position at which a vapor quality χ of the coolant is χ ≤ χ cr , wherein χ cr is the critical vapor quality, the regulation device is positioned in a heat flow path between the heat source and at least one channel of an array of channels of the evaporator through which the coolant is provided. - a valve having an control device provided in the interior of the valve , wherein the control device is configured for controlling an opening of an orifice provided between a valve inlet and a valve outlet such that a flow of a coolant from the valve inlet to the valve outlet can be regulated; - an evaporator with a contact surface that is adapted to be thermally connected to a heat source such that a thermal load from the heat source is dissipated by the evaporator in an operating state of the cooling regulation system , the evaporator having an evaporator inlet connected to the valve outlet ; and - a regulation device configured for providing a temperature dependent gas pressure to the valve for regulating a position of the control device in order to regulate the flow of the coolant;
A separation device for a spacecraft or launcher, the separation device comprising a nut divided into at least two nut portions locked to each other by a locking device in a locking position, the locking device being arranged to move relative the nut between the locking position and a releasing position, the separation device comprising a releasing device connected to the locking device , the releasing device being arranged to switch the locking device from the locking position to the releasing position when the separation device is switched from a locked state to a released state, wherein the separation device comprises at least two bearing elements arranged between the locking device and the nut , wherein the nut comprises an outer envelope surface which comprises as many indentations as the number of bearing elements and locking surfaces between the indentations , wherein the number of indentations is at least one per nut portion , wherein in the locked state each bearing element is jammed between the locking surface and an inner envelope surface of the locking device hindering movement of the nut portions in a radial direction, wherein in the released state each bearing element is positioned facing the indentations thereby allowing movement of the nut portions in the radial direction.
A light-emitting thyristor comprising: a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type arranged adjacent to the first semiconductor layer; a third semiconductor layer of the first conductivity type arranged adjacent to the second semiconductor layer; and a fourth semiconductor layer of the second conductivity type arranged adjacent to the third semiconductor layer, wherein the first semiconductor layer includes an active layer adjacent to the second semiconductor layer, the second semiconductor layer includes a first layer adjacent to the active layer and a second layer arranged between the first layer and the third semiconductor layer, the first layer has a band gap (BGh) wider than a band gap (BGac) of the active layer and a band gap (BGng) of the second layer , and characterized in that the band gap (BGng) of the second layer is wider than the band gap (BGac) of the active layer . a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type arranged adjacent to the first semiconductor layer; a third semiconductor layer of the first conductivity type arranged adjacent to the second semiconductor layer; and a fourth semiconductor layer of the second conductivity type arranged adjacent to the third semiconductor layer, wherein the first semiconductor layer includes an active layer adjacent to the second semiconductor layer, the second semiconductor layer includes a first layer adjacent to the active layer and a second layer arranged between the first layer and the third semiconductor layer, the first layer has a band gap (BGh) wider than a band gap (BGac) of the active layer and a band gap (BGng) of the second layer , and characterized in that the band gap (BGng) of the second layer is wider than the band gap (BGac) of the active layer .
A dispensing system (100; 200; 500; 800;), comprising: a housing ; a pump attached to the housing; an outlet nozzle in fluid communication with the pump ; a reservoir attached to the housing , the reservoir being in fluid communication with the pump , the reservoir having at least one engagement member , a liquid passage located in the at least one engagement member ; and an air passage located in the at least one engagement member ; a refill container ; the refill container having at least one sealing member ; the refill container configured to be releasably attached to the reservoir such that the interior of the refill container is in fluid communication with the interior of the reservoir ; wherein, when the refill container is attached to the reservoir , the at least one engagement member engages the at least one sealing member to cause the liquid passage and the air passage to be in fluid communication with the interior of the refill container ; wherein the at least one sealing member reseals upon removal from the at least one engagement member . a housing ; a pump attached to the housing; an outlet nozzle in fluid communication with the pump ; a reservoir attached to the housing , the reservoir being in fluid communication with the pump , the reservoir having at least one engagement member , a liquid passage located in the at least one engagement member ; and an air passage located in the at least one engagement member ; a refill container ; the refill container having at least one sealing member ; the refill container configured to be releasably attached to the reservoir such that the interior of the refill container is in fluid communication with the interior of the reservoir ; wherein, when the refill container is attached to the reservoir , the at least one engagement member engages the at least one sealing member to cause the liquid passage and the air passage to be in fluid communication with the interior of the refill container ; wherein the at least one sealing member reseals upon removal from the at least one engagement member .
A work vehicle transmission comprising: a transmission case that also serves as an oil tank; a plurality of hydraulic devices arranged inside the transmission case ; and a valve unit configured to control a flow of oil to the hydraulic devices , wherein the transmission case includes a valve unit attachment portion to which the valve unit is to be attached from outside the transmission case , the valve unit has a base plate to be attached to the valve unit attachment portion , and a valve block having a plurality of electromagnetic valves, the valve unit attachment portion is provided with a recessed portion that defines and forms a storage compartment for the valve block along with the base plate ; the valve unit attachment portion includes an oil return passage configured to return excess oil from the valve block into the transmission case at a position higher, with respect to a vertical direction of the vehicle body, than the valve block in the recessed portion ; characterized in that the recessed portion has a lower recession portion in which the valve block is stored, and an upper recession portion that is in communication with an interior of the transmission case via the oil return passage , and the upper recession portion is formed with a shallower recession depth than the lower recession portion and a smaller area than the lower recession portion . a transmission case that also serves as an oil tank; a plurality of hydraulic devices arranged inside the transmission case ; and a valve unit configured to control a flow of oil to the hydraulic devices , wherein the transmission case includes a valve unit attachment portion to which the valve unit is to be attached from outside the transmission case , the valve unit has a base plate to be attached to the valve unit attachment portion , and a valve block having a plurality of electromagnetic valves, the valve unit attachment portion is provided with a recessed portion that defines and forms a storage compartment for the valve block along with the base plate ; the valve unit attachment portion includes an oil return passage configured to return excess oil from the valve block into the transmission case at a position higher, with respect to a vertical direction of the vehicle body, than the valve block in the recessed portion ; characterized in that the recessed portion has a lower recession portion in which the valve block is stored, and an upper recession portion that is in communication with an interior of the transmission case via the oil return passage , and the upper recession portion is formed with a shallower recession depth than the lower recession portion and a smaller area than the lower recession portion .
A method for building an atlas comprising: receiving, for individual ones of a plurality of subjects, 1) a subject dependent image data set of a target anatomical region from an image data source , and 2) a set of subject dependent covariates from one or both of the image data source or a demographic data source ; receiving an atlas estimate, the atlas estimate including atlas parameters; determining a set of subject dependent registration parameters by registering the subject dependent image data set to the atlas estimate; determining a set of general additive model (GAM) parameters based on the registration parameters, wherein an individual general additive model parameter is a function of covariate, characterized in that the method further comprises determining the GAM parameters comprises calculating a quality of fit resulting from the registration of the subject dependent image data set to the atlas estimate; wherein if the quality of fit falls below a predetermined threshold, the registration parameters are discarded, or if the quality of fit falls within the threshold range, then the registration parameters are used to calculate the GAM parameters; and determining an updated atlas estimate using the GAM parameters and the atlas parameters based on a target set of covariates responsive to the quality of fit falling within the predetermined threshold range. receiving, for individual ones of a plurality of subjects, 1) a subject dependent image data set of a target anatomical region from an image data source , and 2) a set of subject dependent covariates from one or both of the image data source or a demographic data source ; receiving an atlas estimate, the atlas estimate including atlas parameters; determining a set of subject dependent registration parameters by registering the subject dependent image data set to the atlas estimate; determining a set of general additive model (GAM) parameters based on the registration parameters, wherein an individual general additive model parameter is a function of covariate, characterized in that the method further comprises determining the GAM parameters comprises calculating a quality of fit resulting from the registration of the subject dependent image data set to the atlas estimate; wherein if the quality of fit falls below a predetermined threshold, the registration parameters are discarded, or if the quality of fit falls within the threshold range, then the registration parameters are used to calculate the GAM parameters; and determining an updated atlas estimate using the GAM parameters and the atlas parameters based on a target set of covariates responsive to the quality of fit falling within the predetermined threshold range.