mhurhangee/patent-ind-claim-en huggingface dataset:
A bearing piece , in particular as part of a pair of anvils (18, 18', 18", 18''') formed of identical parts, having at least two contact surfaces , a first contact surface and a second contact surface , and having at least two bearing piece surfaces , a first bearing piece surface and a second bearing piece surface , that is suitable for being installed as an anvil (18, 18', 18", 18''') of a pendulum impact tester , wherein said bearing piece is designed for positioning specimens thereagainst, in particular a specimen for impact testing according to Charpy, the bearing piece comprising, to this end, said first, in particular plane, contact surface , which is suitable for impact force absorption of an impact force applied to a, in particular first, specimen , characterized in that the bearing piece has at least two, preferably four, installation directions (39, 39', 139, 139', 139", 139''', 42, 42') to be interchanged by effecting an axial rotation , in particular a rotation about a bearing piece longitudinal axis , and in that the bearing piece has at least said second, in particular plane, contact surface , which, at least in some sections, is spaced apart from said first contact surface , which is suitable for impact force absorption of an impact force applied to a, in particular second, specimen , and in that the first contact surface and the first bearing piece surface confine an angle of less than 90°, and in that the second contact surface and the second bearing piece surface confine an angle of less than 90°, wherein a front area of a body of the bearing piece having the first contact surface and the second contact surface is located between the first bearing piece surface and the second bearing piece surface .
Canned animal feed comprising animal feed and a container , wherein the animal feed is received in the receiving space of the container for receiving the animal feed, wherein the animal feed consists of two substantially spatially separated components, wherein the container has a base surface and a lateral surface protruding from a circumference of the base surface , such that the animal feed can be received in the receiving space formed by the base surface and the lateral surface and emptied through an opening formed by a circumference of the lateral surface facing away from the base surface , wherein the base surface is operatively connected to an opening element for opening a hole in the base surface , wherein the base surface comprises the hole , wherein the hole is closed by the opening element , which is removable.
A method for producing a gypsum plasterboard comprising the steps of: - providing a first slurry of a particular type of gypsum, in particular FGD gypsum or natural gypsum or titan gypsum, by use of a first mixer - providing a second slurry of the particular type of gypsum by use of a second mixer - depositing a first part of the second slurry such that a lower layer of the second slurry is formed - depositing a second part of the second slurry such that an upper layer of the second slurry is formed - depositing at least a part of the first slurry onto the lower and/or upper layer such that a core layer of the first slurry is formed between the lower and upper layer, characterised in that the second slurry of the particular type of gypsum is provided by use of a separate second mixer , wherein there is no fluid connection between the first and second mixer. - providing a first slurry of a particular type of gypsum, in particular FGD gypsum or natural gypsum or titan gypsum, by use of a first mixer - providing a second slurry of the particular type of gypsum by use of a second mixer - depositing a first part of the second slurry such that a lower layer of the second slurry is formed - depositing a second part of the second slurry such that an upper layer of the second slurry is formed - depositing at least a part of the first slurry onto the lower and/or upper layer such that a core layer of the first slurry is formed between the lower and upper layer,
A lawn-grass mowing machine, comprising: a collector which contains lawn-grass mowed with a mower ; an introducing guide provided inside the collector , which receives mowed-grass; a diffusion guiding plate arranged at one end side of the introducing guide ; a bracket member ; and a fulcrum shaft held by the bracket member , wherein the diffusion guiding plate is held by the fulcrum shaft , and the diffusion guiding plate is configured so as to be swingable, characterized in that the bracket member is fixed to the introducing guide . a collector which contains lawn-grass mowed with a mower ; an introducing guide provided inside the collector , which receives mowed-grass; a diffusion guiding plate arranged at one end side of the introducing guide ; a bracket member ; and a fulcrum shaft held by the bracket member , wherein the diffusion guiding plate is held by the fulcrum shaft , and the diffusion guiding plate is configured so as to be swingable, characterized in that the bracket member is fixed to the introducing guide .
Method for operating an active PFC converter which converts an AC input voltage to a specified DC output voltage which is supplied to a connected load, wherein the operation of the PFC converter is a function of the power consumption of the load and at a power consumption below a predetermined value the PFC converter is clocked only during a period of the half-wave of the input voltage, characterised in that at a power consumption above the predetermined value the PFC converter is clocked continuously, wherein the output current is controlled to the value corresponding to the power consumption, while at a power consumption below the predetermined value the PFC converter is not current-controlled, but is clocked only during a period (tN) proportional to the power consumption, wherein an achievement of a minimum pulse duty factor represents an achievement of the predetermined value of the power consumption and the achieved minimum pulse duty factor is kept below the predetermined value in the entire range of a power consumption.
An integrated foam type headrest having different hardness parts, the headrest comprising: a headrest cover ; a cushion member being bonded to an inner surface of the cover before foaming of a foam material ; a partition member bonded to an inner surface of the cushion member and preventing the foam material from penetrating into the cushion member ; a stay frame fixing the headrest to a seat; and a foam material surrounding the stay frame and filled in the headrest cover by foaming characterized in that the cushion member is a memory foam having a rebound resilience of 5 to 15%, or is a sponge having a rebound resilience of equal to or less than 50%. a headrest cover ; a cushion member being bonded to an inner surface of the cover before foaming of a foam material ; a partition member bonded to an inner surface of the cushion member and preventing the foam material from penetrating into the cushion member ; a stay frame fixing the headrest to a seat; and a foam material surrounding the stay frame and filled in the headrest cover by foaming characterized in that the cushion member is a memory foam having a rebound resilience of 5 to 15%, or is a sponge having a rebound resilience of equal to or less than 50%.
A method of exchanging a tool on an end effector of a programmable motion device, comprising: moving an attachment portion of the end effector in a continuous motion towards an exchange system by using the programmable motion device, wherein a first tool is attached to the attachment portion of the end effector and wherein the exchange system includes an exchange device that contains a second tool ; moving the attachment portion of the end effector in a single direction of the continuous motion through the exchange system and engaging, while the attachment portion of the end effector moves in the continuous motion, the first tool with the exchange system, to remove the first tool from the attachment portion of the end effector ; and continuing to move the attachment portion of the end effector in the single direction through the exchange system and engaging, while the attachment portion of the end effector moves in the continuous motion, the attachment portion of the end effector with the second tool , to attach the second tool to the attachment portion of the end effector . moving an attachment portion of the end effector in a continuous motion towards an exchange system by using the programmable motion device, wherein a first tool is attached to the attachment portion of the end effector and wherein the exchange system includes an exchange device that contains a second tool ; moving the attachment portion of the end effector in a single direction of the continuous motion through the exchange system and engaging, while the attachment portion of the end effector moves in the continuous motion, the first tool with the exchange system, to remove the first tool from the attachment portion of the end effector ; and continuing to move the attachment portion of the end effector in the single direction through the exchange system and engaging, while the attachment portion of the end effector moves in the continuous motion, the attachment portion of the end effector with the second tool , to attach the second tool to the attachment portion of the end effector .
A method of testing and maintaining outage resilience of server resources of a server infrastructure by means of a hybrid simulation, wherein the server infrastructure comprises a plurality of servers executing a plurality of applications, wherein at least two servers are differently equipped with regard to at least one of central processing unit, graphic processing unit, memory capacity, and memory type, wherein the method comprises: determining a number of reference servers for each server with regard to processing capacities, wherein the number of reference servers for a server is rounded off to the next lower integer number; measuring a processor utilization for each of the servers of the server infrastructure ; transforming each measured processor utilization to a number of fully utilized reference servers, wherein the number of reference servers for a processor utilization of a server is rounded up to the next higher integer number; determining a resilience ratio of the server infrastructure by simulating the outage of at least one of the servers based on the number of fully utilized reference servers and the number of reference servers with regard to processing capacities for servers not affected by the outage, wherein respective calculations on integer numbers are executed on dedicated integer processing units; and in response to the resilience ratio of the server infrastructure falls below a resilience threshold, initiating an assignment of additional resources for executing at least one of the plurality of applications to the server infrastructure . determining a number of reference servers for each server with regard to processing capacities, wherein the number of reference servers for a server is rounded off to the next lower integer number; measuring a processor utilization for each of the servers of the server infrastructure ; transforming each measured processor utilization to a number of fully utilized reference servers, wherein the number of reference servers for a processor utilization of a server is rounded up to the next higher integer number; determining a resilience ratio of the server infrastructure by simulating the outage of at least one of the servers based on the number of fully utilized reference servers and the number of reference servers with regard to processing capacities for servers not affected by the outage, wherein respective calculations on integer numbers are executed on dedicated integer processing units; and in response to the resilience ratio of the server infrastructure falls below a resilience threshold, initiating an assignment of additional resources for executing at least one of the plurality of applications to the server infrastructure .
Arrangement for acoustic monitoring of surroundings with an acoustic sensor for detecting airborne noise and comprising an analysis module arranged in a device (G) and connected to the acoustic sensor for analyzing the airborne noise and a training module , the acoustic sensor being connected wirelessly or by wire via an interface to a signal pre-processing and pattern extraction arranged in the device (G), characterized in that the output of the signal pre-processing and pattern extraction is connected to the analysis module or the training module via an operating mode switch (B), in that the control input of the operating mode switch (B) and a panel with three control buttons is connected to a control unit , in that the control buttons are used to switch between the "Analysis", "Training" or "Stop" modes in a user-controlled manner, wherein the processing being in the "stop" mode processing of the airborne noise detected by the acoustic sensor is stopped and that a noise model arranged in the device (G) is connected with the analysis module or the training module and an optimization module for improving and optimizing the existing noise model and wherein a display module is connected to the analysis module , which is set up to display an acoustic event that has not been trained.
A biometric capture device comprising: a first light source configured to emit a light of a first wavelength to a biometric body, the first wavelength being a wavelength in a near-infrared wavelength range; a second light source configured to emit a light of a second wavelength different from the first wavelength to the biometric body, at least a part of a period of emitting by the second light source being overlapped with a period of emitting by the first light source, the second wavelength being a wavelength in a blue light range; a color image sensor configured to capture a reflected light from the biometric body during emitting by both the first light source and the second light source; a biometric information acquirer configured to acquire a biometric image based on a red pixel image from an image captured by the color image sensor; a distance information acquirer configured to acquire distance information between the biometric body and the color image sensor based on a blue pixel image from the image captured by the color image sensor; and a corrector configured to correct the biometric image based on the distance information. a first light source configured to emit a light of a first wavelength to a biometric body, the first wavelength being a wavelength in a near-infrared wavelength range; a second light source configured to emit a light of a second wavelength different from the first wavelength to the biometric body, at least a part of a period of emitting by the second light source being overlapped with a period of emitting by the first light source, the second wavelength being a wavelength in a blue light range; a color image sensor configured to capture a reflected light from the biometric body during emitting by both the first light source and the second light source; a biometric information acquirer configured to acquire a biometric image based on a red pixel image from an image captured by the color image sensor; a distance information acquirer configured to acquire distance information between the biometric body and the color image sensor based on a blue pixel image from the image captured by the color image sensor; and a corrector configured to correct the biometric image based on the distance information.
A pump device comprising: a first pump provided above a working fluid reservoir; and a second pump that has a rotary shaft concentric with a rotary shaft of the first pump, and is provided below an inlet of the first pump, wherein a centrifugal filtration device having a function of separating foreign matters from a working fluid is provided in a region that is above the second pump and below the inlet of the first pump , wherein the centrifugal filtration device is arranged so that its inner diameter (D3) on the second pump side becomes large and its inner diameter (d3) on the first pump side becomes small, and said centrifugal filtration device is provided at a position where the working fluid discharged from the second pump directly flows into the centrifugal filtration device, and a suction piping of the first pump is extended to the vicinity of the second pump along a center axis of the centrifugal filtration device, the suction piping communicating with the inlet of the first pump, and wherein an outlet for a fluid containing foreign matters is provided near an end portion of said centrifugal filtration device on the first pump side; characterized in that : a guide member is extended in the suction piping of the first pump along a direction of the center axis, wherein a region (L1) of the guide member on the second pump side is spirally extended, and a region (L2) of the same on the first pump side is linearly extended. a first pump provided above a working fluid reservoir; and a second pump that has a rotary shaft concentric with a rotary shaft of the first pump, and is provided below an inlet of the first pump, wherein a centrifugal filtration device having a function of separating foreign matters from a working fluid is provided in a region that is above the second pump and below the inlet of the first pump , wherein the centrifugal filtration device is arranged so that its inner diameter (D3) on the second pump side becomes large and its inner diameter (d3) on the first pump side becomes small, and said centrifugal filtration device is provided at a position where the working fluid discharged from the second pump directly flows into the centrifugal filtration device, and a suction piping of the first pump is extended to the vicinity of the second pump along a center axis of the centrifugal filtration device, the suction piping communicating with the inlet of the first pump, and wherein an outlet for a fluid containing foreign matters is provided near an end portion of said centrifugal filtration device on the first pump side; characterized in that : a guide member is extended in the suction piping of the first pump along a direction of the center axis, wherein a region (L1) of the guide member on the second pump side is spirally extended, and a region (L2) of the same on the first pump side is linearly extended. a guide member is extended in the suction piping of the first pump along a direction of the center axis, wherein a region (L1) of the guide member on the second pump side is spirally extended, and a region (L2) of the same on the first pump side is linearly extended.
Method for obtaining flavourings comprising the steps of (A0) enriching a gaseous composition with at least one flavouring by contacting the gaseous composition with a liquid containing the at least one flavouring; (A1) contacting the gaseous composition containing at least one flavouring with an adsorber, wherein the adsorber comprises a molecular sieve having a pore diameter of at most 8 Å; (A2) contacting the gaseous composition according to step (A1) with a liquid, wherein the liquid containing the at least one flavouring is fruit juice and/or a fermented liquid. (A0) enriching a gaseous composition with at least one flavouring by contacting the gaseous composition with a liquid containing the at least one flavouring; (A1) contacting the gaseous composition containing at least one flavouring with an adsorber, wherein the adsorber comprises a molecular sieve having a pore diameter of at most 8 Å; (A2) contacting the gaseous composition according to step (A1) with a liquid,
A method for generating turn-by-turn direction previews, comprising: receiving, using one or more computing devices , a request for a turn-by-turn direction preview; generating, using the one or more computing devices, a set of turn-by-turn directions based on a series of road segments connecting a first geographic location and a second geographic location, wherein each direction in the set of turn-by-turn directions is associated with a corresponding waypoint; identifying, using the one or more computing devices, a set of images corresponding to the series of road segments between two adjacent waypoints of the set of turn-by-turn directions; determining, using the one or more computing devices, a subset of the set of images to include in the turn-by-turn direction preview by filtering, using the one or more computing devices, the set of images to include only the images within a threshold distance from the waypoint corresponding to each turn-by-turn direction; and generating, using the one or more computing devices, the turn-by-turn direction preview including the determined subset of the set of images. receiving, using one or more computing devices , a request for a turn-by-turn direction preview; generating, using the one or more computing devices, a set of turn-by-turn directions based on a series of road segments connecting a first geographic location and a second geographic location, wherein each direction in the set of turn-by-turn directions is associated with a corresponding waypoint; identifying, using the one or more computing devices, a set of images corresponding to the series of road segments between two adjacent waypoints of the set of turn-by-turn directions; determining, using the one or more computing devices, a subset of the set of images to include in the turn-by-turn direction preview by filtering, using the one or more computing devices, the set of images to include only the images within a threshold distance from the waypoint corresponding to each turn-by-turn direction; and generating, using the one or more computing devices, the turn-by-turn direction preview including the determined subset of the set of images.
A system for teleoperation of a machine having at least one actuated mechanism and a predetermined number of degrees of freedom, said system comprising: a control station remotely located from a location of said machine, said machine controlled from said control station to perform a predetermined function; a two way real-time communication link between said machine and said remotely located control station ; and a controlling device associated with said machine at said machine location , said machine having predetermined safety limits which are stored in said controlling device and said stored safety limits are extracted (48; 602) and automatically mapped to said control station using said two way real-time communication link , characterised in that said safety limits include mechanical limits that limit a joint rotation range of said machine . a control station remotely located from a location of said machine, said machine controlled from said control station to perform a predetermined function; a two way real-time communication link between said machine and said remotely located control station ; and a controlling device associated with said machine at said machine location , said machine having predetermined safety limits which are stored in said controlling device and said stored safety limits are extracted (48; 602) and automatically mapped to said control station using said two way real-time communication link , characterised in that said safety limits include mechanical limits that limit a joint rotation range of said machine .