mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device , comprising: a substrate having a top surface and a bottom surface ; a through-silicon via, TSV, extending from the top surface of the substrate to the bottom surface of the substrate , the TSV having a height and a side profile extending along a longitudinal axis ; and a keep-out zone in which a FET cannot be placed being provided in the substrate around the TSV ; wherein the side profile has an upper segment extending from the top surface of the substrate , and a lower segment extending from the upper segment towards the bottom surface of the substrate ; wherein the lower segment has a height that is less than 20% of the height of the TSV ; and wherein the upper segment of the TSV tapers forming a first angle relative to the longitudinal axis such that a cross section of the TSV is reduced towards the bottom surface ; wherein the lower segment of the TSV tapers forming a second angle relative to the longitudinal axis such that the cross section of the lower segment is reduced towards the bottom surface, wherein the second angle is greater than the first angle. a substrate having a top surface and a bottom surface ; a through-silicon via, TSV, extending from the top surface of the substrate to the bottom surface of the substrate , the TSV having a height and a side profile extending along a longitudinal axis ; and a keep-out zone in which a FET cannot be placed being provided in the substrate around the TSV ; wherein the side profile has an upper segment extending from the top surface of the substrate , and a lower segment extending from the upper segment towards the bottom surface of the substrate ; wherein the lower segment has a height that is less than 20% of the height of the TSV ; and wherein the upper segment of the TSV tapers forming a first angle relative to the longitudinal axis such that a cross section of the TSV is reduced towards the bottom surface ; wherein the lower segment of the TSV tapers forming a second angle relative to the longitudinal axis such that the cross section of the lower segment is reduced towards the bottom surface, wherein the second angle is greater than the first angle.
Vehicle seat having a backrest comprising a backrest lower part and a backrest upper part that can be displaced relative to the backrest lower part , characterised in that the vehicle seat is connected to a rotary adjusting device for rotating the vehicle seat , wherein the rotary adjusting device comprises a locking device for locking the rotary adjusting device , and wherein the backrest upper part and the locking device are interconnected such that upon a displacement of the backrest upper part relative to the backrest lower part from a non-displaced position (P1) into a displaced position (P2), a locking of the rotary adjusting device is releasable.
Method for radiation cross-linking elements made of a radiation cross-linkable plastic material, which are elected from implants, implant blanks, surgical instruments, and parts thereof, said method comprising placing one or more elements in a packaging unit (30; 40) with a receptacle for the one or more elements; heating the elements contained in the packaging unit to a temperature that is equal to or higher than a predetermined cross-linking temperature; introducing the heated elements in the packaging unit into an irradiating apparatus for radiation cross-linking the plastic material; and removing the packaging unit with the elements from the irradiating apparatus after completed radiation cross-linking, characterized in that the receptacle is made of a material that is a poor conductor of heat. heating the elements contained in the packaging unit to a temperature that is equal to or higher than a predetermined cross-linking temperature; introducing the heated elements in the packaging unit into an irradiating apparatus for radiation cross-linking the plastic material; and removing the packaging unit with the elements from the irradiating apparatus after completed radiation cross-linking, characterized in that the receptacle is made of a material that is a poor conductor of heat.
A body implantable penile prosthetic assembly offering a user a one touch to erection capability and a penile implant deflation capability, the assembly comprising: a pump comprising a deformable pump body housing three internal valves , and a pump bulb , the pump configured to be connected between a pressure reservoir and a penile implant of the assembly , the three internal valves disposed within the pump body and including a deflation valve that communicates between the implant and the pump bulb , an exhaust valve that communicates between the pump bulb and the pressure reservoir , and a transverse valve disposed between the deflation valve and the exhaust valve , the pump operable to pressurize liquid in the pressure reservoir and the pressure reservoir operable to store the pressurized liquid at a first pressure between 138-345 kPa (20-50 PSIg); and a release mechanism integrated within the deformable pump body , the deformable pump body being an elastomeric chamber molded around the transverse valve ; characterized in that the deformable pump body comprises a first touch pad opposite a second touch pad , the release mechanism operable to inflate the penile implant by pressing one or both of the touch pads such that finger pressure applied to one of the touch pads deforms the pump body and displaces the elastomeric chamber molded around the transverse valve away from the transverse valve and allows the stored pressurized liquid to be released and flow from the pressure reservoir past the transverse valve to inflate the penile implant at a second pressure between 69-138 kPa (10-20 PSIg). a pump comprising a deformable pump body housing three internal valves , and a pump bulb , the pump configured to be connected between a pressure reservoir and a penile implant of the assembly , the three internal valves disposed within the pump body and including a deflation valve that communicates between the implant and the pump bulb , an exhaust valve that communicates between the pump bulb and the pressure reservoir , and a transverse valve disposed between the deflation valve and the exhaust valve , the pump operable to pressurize liquid in the pressure reservoir and the pressure reservoir operable to store the pressurized liquid at a first pressure between 138-345 kPa (20-50 PSIg); and a release mechanism integrated within the deformable pump body , the deformable pump body being an elastomeric chamber molded around the transverse valve ; characterized in that the deformable pump body comprises a first touch pad opposite a second touch pad , the release mechanism operable to inflate the penile implant by pressing one or both of the touch pads such that finger pressure applied to one of the touch pads deforms the pump body and displaces the elastomeric chamber molded around the transverse valve away from the transverse valve and allows the stored pressurized liquid to be released and flow from the pressure reservoir past the transverse valve to inflate the penile implant at a second pressure between 69-138 kPa (10-20 PSIg).
A mixed-flow fan, comprising: a base comprising a bottom channel ; an outer cover disposed on the base; a motor disposed on the base and located in the outer cover ; a hub located between the outer cover and the motor, wherein the hub is configured to rotate about a central axis (Ax1) and comprises an outer surface extending from a top of the hub to a bottom of the hub; and a blade connected to the hub; wherein the outer cover comprises an inner surface facing the outer surface , the inner surface being a convex surface, wherein a main channel is formed between the outer surface and the inner surface , and wherein a first angle (A3) between an extension direction (D3) of the outer surface and the central axis (Ax1) is greater than a second angle (A4) between an extension direction (D4) of the inner surface and the central axis (AX1), wherein the main channel is connected to the bottom channel , the main channel substantially extends in a first direction (D1), and the bottom channel substantially extends in a second direction (D2), and a first interior angle (A1) between the first direction (D1) and the central axis (Ax1) is greater than a second interior angle (A2) between the second direction (D2) and the central axis (Ax1) characterized in that the outer surface is a concave surface. a base comprising a bottom channel ; an outer cover disposed on the base; a motor disposed on the base and located in the outer cover ; a hub located between the outer cover and the motor, wherein the hub is configured to rotate about a central axis (Ax1) and comprises an outer surface extending from a top of the hub to a bottom of the hub; and a blade connected to the hub; wherein the outer cover comprises an inner surface facing the outer surface , the inner surface being a convex surface, wherein a main channel is formed between the outer surface and the inner surface , and wherein a first angle (A3) between an extension direction (D3) of the outer surface and the central axis (Ax1) is greater than a second angle (A4) between an extension direction (D4) of the inner surface and the central axis (AX1), wherein the main channel is connected to the bottom channel , the main channel substantially extends in a first direction (D1), and the bottom channel substantially extends in a second direction (D2), and a first interior angle (A1) between the first direction (D1) and the central axis (Ax1) is greater than a second interior angle (A2) between the second direction (D2) and the central axis (Ax1) characterized in that the outer surface is a concave surface.
A computer-implemented method operative to generate a customized software development kit, SDK, in a provider of code , comprising: analyzing a plurality of process code corresponding to a plurality of predefined functions offered by a plurality of service components (210 N ), wherein each of the plurality of service components (210 N ) comprises an interface (206 N ), an application layer (218 N ), a virtualization layer (212 N ) and physical equipment (215 N ), wherein the physical equipment (215 N ) is virtualized in the virtualization layer (212 N ) to make processing and storage resources available to the application layer (208 N ), and wherein the application layer (208 N ) is communicating data to and from the provider of code via a cloud client ; wherein each of the plurality of service components (210 N ) s an Internet service or a computer offering data information processing, such as image rendering, code compiling and data analytics; retrieving native SDKs for each function of the plurality of functions; receiving a selection of at least two functions among the plurality of predefined functions; parsing SDK code from the native SDKs for the at least two selected functions; linking the parsed SDK code; and storing the linked parsed SDK code as a custom SDK. analyzing a plurality of process code corresponding to a plurality of predefined functions offered by a plurality of service components (210 N ), wherein each of the plurality of service components (210 N ) comprises an interface (206 N ), an application layer (218 N ), a virtualization layer (212 N ) and physical equipment (215 N ), wherein the physical equipment (215 N ) is virtualized in the virtualization layer (212 N ) to make processing and storage resources available to the application layer (208 N ), and wherein the application layer (208 N ) is communicating data to and from the provider of code via a cloud client ; wherein each of the plurality of service components (210 N ) s an Internet service or a computer offering data information processing, such as image rendering, code compiling and data analytics; retrieving native SDKs for each function of the plurality of functions; receiving a selection of at least two functions among the plurality of predefined functions; parsing SDK code from the native SDKs for the at least two selected functions; linking the parsed SDK code; and storing the linked parsed SDK code as a custom SDK.
Joint implant part of a joint endoprosthesis , which joint implant part comprises at least one first volume region , at least one second volume region and at least one third volume region , which at least one first volume region defines a bone contact surface region (38; 54) with at least one bone contact surface (32; 56), which at least one second volume region defines a joint surface region with at least one joint surface (36; 62) and which at least one third volume region comprises neither a bone contact surface nor a joint surface, wherein a modulus of elasticity in the at least one first and/or in the at least one second and/or in the at least one third volume region changes continuously or substantially continuously or discontinuously in at least one spatial direction and wherein a firmness in the at least one first and/or in the at least one second and/or in the at least one third volume region changes continuously or substantially continuously or discontinuously in at least one spatial direction, wherein the at least one first volume region and the at least one second volume region and the at least one third volume region are formed with at least one cavity , wherein a plurality of cavities are formed, wherein a total volume defined by the plurality of cavities in the at least one third volume region is greater than in the at least one first and in the at least one second volume region and wherein the joint implant part is in the form of a femur part of a knee joint endoprosthesis , which is fixable to a femur, and is of one-piece formation.
A subsea grab system for activities below a water surface in a marine environment, the subsea grab system comprising - a grab device ; - a first hoisting arrangement configured for suspending and hoisting the grab device from a marine vessel below the water surface and for positioning the grab device in a vertical direction, the first hoisting arrangement comprising at least one longitudinal suspension element for suspending and hoisting the grab device ; and - a driver device comprising a propeller system configured for driving and positioning the driver device in a first horizontal plane below the water surface, the grab system being configured such that, in operation, the grab device is positioned below the driver device , and the driver device being configured for positioning the grab device in a second horizontal plane below the water surface by guiding of the first hoisting arrangement by the driver device and by driving and positioning the driver device in the first horizontal plane; characterized in that the subsea grab system further comprises - a second hoisting arrangement configured for suspending and hoisting the driver device from the marine vessel below the water surface, wherein the first and second hoisting arrangements are configured and arranged such that the grab device and the driver device , during operation, are independently suspended from the marine vessel , and wherein the at least one longitudinal suspension element of the first hoisting arrangement is guided by at least one central opening of the driver device by passing of the at least one longitudinal suspension element through the central opening for guiding the first hoisting arrangement . - a grab device ; - a first hoisting arrangement configured for suspending and hoisting the grab device from a marine vessel below the water surface and for positioning the grab device in a vertical direction, the first hoisting arrangement comprising at least one longitudinal suspension element for suspending and hoisting the grab device ; and - a driver device comprising a propeller system configured for driving and positioning the driver device in a first horizontal plane below the water surface, the grab system being configured such that, in operation, the grab device is positioned below the driver device , and the driver device being configured for positioning the grab device in a second horizontal plane below the water surface by guiding of the first hoisting arrangement by the driver device and by driving and positioning the driver device in the first horizontal plane; characterized in that the subsea grab system further comprises - a second hoisting arrangement configured for suspending and hoisting the driver device from the marine vessel below the water surface,
A receptacle section for an aerosol provision article , the aerosol provision article for generating a flow of aerosol in use, the receptacle section arranged for receiving therein an element for modifying a property of aerosol passing through said element received in the receptacle section in use, the receptacle section being configurable between a first configuration and a different, second configuration, the first configuration defining a flow path for said aerosol to flow through the receptacle section via said element received in the receptacle section in use, and the second configuration allowing said element to be inserted into and/or removed from the receptacle section ; wherein the receptacle section comprises a first portion and a second portion moveable relative to the first portion, wherein a movement of the second portion relative to the first portion changes the configuration of the receptacle section between the first configuration and the second configuration; and characterised in that the movement comprises movement substantially parallel to a longitudinal axis of the receptacle section.
Communication apparatus , comprising: a transceiver configured to transmit and receive signals over a wireless channel in accordance with both a first communication protocol and a second communication protocol, the first communication protocol defining a nominal communication throughput and a nominal range, the second communication protocol being backward-compatible with the first communication protocol, and the second communication protocol having a first variant having an extended communication throughput, which is greater than the nominal communication throughput, and a second variant having an extended range, which is greater than the nominal range; and a communication controller , which is configured to generate data frames for transmission by the transceiver , including frame headers in a header format that is compatible both with the first communication protocol and with both the first and second variants of the second communication protocol, the header format defining first fields having respective first values provided to support the first variant and second fields having respective second values, different from the first values , provided to support the second variant. a transceiver configured to transmit and receive signals over a wireless channel in accordance with both a first communication protocol and a second communication protocol, the first communication protocol defining a nominal communication throughput and a nominal range, the second communication protocol being backward-compatible with the first communication protocol, and the second communication protocol having a first variant having an extended communication throughput, which is greater than the nominal communication throughput, and a second variant having an extended range, which is greater than the nominal range; and a communication controller , which is configured to generate data frames for transmission by the transceiver , including frame headers in a header format that is compatible both with the first communication protocol and with both the first and second variants of the second communication protocol, the header format defining first fields having respective first values provided to support the first variant and second fields having respective second values, different from the first values , provided to support the second variant.
A patient interface for respiratory therapy comprising a connection port assembly and a mask assembly comprising: a mask wall; and a mask seal configured to contact the patient's face, characterized in that the mask wall comprises an inner surface and wherein the inner surface of the mask wall comprises microstructures on at least a portion thereof; wherein the microstructures are configured to spread out liquid water along at least a portion of the length of the microstructures , so that the liquid water evaporates more readily. a mask wall; and a mask seal configured to contact the patient's face, characterized in that the mask wall comprises an inner surface and wherein the inner surface of the mask wall comprises microstructures on at least a portion thereof; wherein the microstructures are configured to spread out liquid water along at least a portion of the length of the microstructures , so that the liquid water evaporates more readily.
A method of wireless communication performed by a low-cost user equipment, UE, wherein the low cost UE is a Machine Type Communication, MTC, UE, an enhanced Machine Type Communication, eMTC, UE, or an Internet of Things, IoT, UE, the method comprising: receiving a transmission of a synchronization signal block in at least one first resource, wherein the synchronization signal block comprises at least one of a broadcast channel or a synchronization signal; and receiving at least one repetition of at least a part of the synchronization signal block in at least one second resource, wherein the at least one second resource is included in a slot with the synchronization signal block, and wherein the at least one second resource is a configured resource; wherein a synchronization signal burst set periodicity of the synchronization signal block for the low-cost UE is configurable and is shorter than a synchronization signal burst set periodicity for a non-low-cost UE, wherein the non-low-cost UE is a UE that is not an MTC UE, an eMTC UE or an IoT UE. receiving a transmission of a synchronization signal block in at least one first resource, wherein the synchronization signal block comprises at least one of a broadcast channel or a synchronization signal; and receiving at least one repetition of at least a part of the synchronization signal block in at least one second resource, wherein the at least one second resource is included in a slot with the synchronization signal block, and wherein the at least one second resource is a configured resource; wherein a synchronization signal burst set periodicity of the synchronization signal block for the low-cost UE is configurable and is shorter than a synchronization signal burst set periodicity for a non-low-cost UE, wherein the non-low-cost UE is a UE that is not an MTC UE, an eMTC UE or an IoT UE.
A method to stabilize an active liquid leavening composition comprising active yeast cells and optionally lactic acid bacteria cells, wherein said method comprises the steps of (i) mixing a fermentation substrate, comprising a cereal, a cereal fraction and/or a cereal hydrolysate, with water to obtain a fermentation mixture; (ii) adding to the fermentation mixture one or more yeast strains, and optionally one or more lactic acid bacteria strains; and (iii) fermenting the fermentation mixture to obtain a liquid leavening composition; prior to (iv) the addition of a source of amylase to said liquid leavening composition; wherein the remaining amount of fermentable sugar of the liquid leavening composition is at least 0.5 wt%. (i) mixing a fermentation substrate, comprising a cereal, a cereal fraction and/or a cereal hydrolysate, with water to obtain a fermentation mixture; (ii) adding to the fermentation mixture one or more yeast strains, and optionally one or more lactic acid bacteria strains; and (iii) fermenting the fermentation mixture to obtain a liquid leavening composition; prior to (iv) the addition of a source of amylase to said liquid leavening composition;