mhurhangee/patent-ind-claim-en huggingface dataset:
An electric power adjustment system , comprising: a fuel cell connected to a load ; a multi-phase converter connected between the fuel cell and the load , the multi-phase converter being constituted of a plurality of phases, the multi-phase converter converting an output voltage from the fuel cell by a predetermined required voltage ratio; and characterized by a ripple current characteristic switching unit connected to the fuel cell and the multi-phase converter and configured to switch a ripple current characteristic with respect to an input current to the multi-phase converter by changing at least one of a drive phase number and the voltage ratio of the multi-phase converter so as to become the smallest ripple current at a required voltage ratio of the multi-phase converter according to the output voltage from the fuel cell and a required electric power of the load or by changing the voltage ratio to a higher voltage ratio than the required voltage ratio of the multi-phase converter , said higher voltage ratio having a smaller ripple current than the required voltage ratio. a fuel cell connected to a load ; a multi-phase converter connected between the fuel cell and the load , the multi-phase converter being constituted of a plurality of phases, the multi-phase converter converting an output voltage from the fuel cell by a predetermined required voltage ratio; and characterized by a ripple current characteristic switching unit connected to the fuel cell and the multi-phase converter and configured to switch a ripple current characteristic with respect to an input current to the multi-phase converter by changing at least one of a drive phase number and the voltage ratio of the multi-phase converter so as to become the smallest ripple current at a required voltage ratio of the multi-phase converter according to the output voltage from the fuel cell and a required electric power of the load or by changing the voltage ratio to a higher voltage ratio than the required voltage ratio of the multi-phase converter , said higher voltage ratio having a smaller ripple current than the required voltage ratio.
An optically pumped vertical cavity laser, VCL, optically pumped with a pump source at a pump wavelength and providing VCL emission at an emission wavelength greater than 3.0 μm, said VCL comprising: a first mirror , a second mirror , and a periodic gain active region, wherein said periodic gain active region comprises multiple quantum well structures that are aligned with multiple standing wave peaks, and wherein each quantum well structure comprises: at least one type I quantum well containing Indium, Arsenic, and Antimony, barrier regions adjacent to and surrounding said type I quantum wells which are absorbing at said pump wavelength, and whole-blocking cladding regions made of AlAsSb, which is substantially transparent at said pump wavelength, adjacent to outermost ones of said barrier regions . a first mirror , a second mirror , and a periodic gain active region, wherein said periodic gain active region comprises multiple quantum well structures that are aligned with multiple standing wave peaks, and wherein each quantum well structure comprises: at least one type I quantum well containing Indium, Arsenic, and Antimony, barrier regions adjacent to and surrounding said type I quantum wells which are absorbing at said pump wavelength, and whole-blocking cladding regions made of AlAsSb, which is substantially transparent at said pump wavelength, adjacent to outermost ones of said barrier regions . at least one type I quantum well containing Indium, Arsenic, and Antimony, barrier regions adjacent to and surrounding said type I quantum wells which are absorbing at said pump wavelength, and whole-blocking cladding regions made of AlAsSb, which is substantially transparent at said pump wavelength, adjacent to outermost ones of said barrier regions .
Refrigerating furniture, for cooling chiller product in a refrigeration chamber (KR1M), with an access region via which the chiller product can be accessed, and with a cooling device (KR1 KE) having a compressor (KOM), wherein the refrigerating furniture is configured as a refrigerated cabinet (KR1) for the presentation of the chiller product in the refrigeration chamber (KR1M), - the condenser (VF) is at least partially arranged inside the refrigerated cabinet (KR1) in its upper region (HR1) within a condenser chamber (VFA) and is accessible from outside the refrigerated cabinet (KR1), - the condenser chamber (VFA) is configured so as to be detachably connected to the refrigerated cabinet (KR1), - the compressor (KOM) is arranged in a compressor housing (KOMG) arranged in the refrigerated cabinet (KR1), - the compressor (KOM) is accessible from outside the refrigerating furniture, and - the compressor housing (KOMG) is detachably connected to the refrigerated cabinet (KR1), characterised in that the compressor (KOM) is arranged in the lower region (VR) of the refrigerated cabinet (KR1) and is accessible from the front via the refrigeration chamber (KR1M) of said refrigerated cabinet (KR1). - the condenser (VF) is at least partially arranged inside the refrigerated cabinet (KR1) in its upper region (HR1) within a condenser chamber (VFA) and is accessible from outside the refrigerated cabinet (KR1), - the condenser chamber (VFA) is configured so as to be detachably connected to the refrigerated cabinet (KR1), - the compressor (KOM) is arranged in a compressor housing (KOMG) arranged in the refrigerated cabinet (KR1), - the compressor (KOM) is accessible from outside the refrigerating furniture, and - the compressor housing (KOMG) is detachably connected to the refrigerated cabinet (KR1),
Earthwork device, in particular for forming a blind hole in the ground, comprising a pipe intended for the operation of a drilling device and formed by a number of interconnected pipe sections , wherein the pipe sections comprise an outer pipe and an inner pipe , arranged in the outer pipe and securely connected to the outer pipe , and, between the outer pipe and the inner pipe of the pipe sections , at least one duct is provided, extending continuously along the pipe, characterized in that , at at least one end face of the pipe sections , the duct increases in the circumferential direction. wherein the pipe sections comprise an outer pipe and an inner pipe , arranged in the outer pipe and securely connected to the outer pipe , and, between the outer pipe and the inner pipe of the pipe sections , at least one duct is provided, extending continuously along the pipe, characterized in that , at at least one end face of the pipe sections , the duct increases in the circumferential direction.
Method for filling containers with fresh blood components, comprising the following steps of: a) providing a piece of equipment defining a transit channel having at least a first gap associated with a bag containing a fresh blood component, at least a second gap connected to a plurality of containers to be filled, and at least a third gap connected to pumping means ; b) isolating said first gap from said second gap and placing the latter in communication with said third gap ; c) suctioning the air contained in said containers to be filled by means of said pumping means so as to define a vacuum inside them; d) placing said first gap in communication with said second gap , said containers suctioning the contents of said bag by effect of the vacuum defined inside them; and characterized by the fact that said channel has at least a fourth gap associated with an empty syringe , and by the fact that it comprises, after step d), the following steps of: e) isolating said first gap from said second gap and placing the first gap itself in communication with said fourth gap ; f) taking at least a part of the contents of said bag by means of said syringe ; g) isolating said fourth gap from said first gap and placing the fourth gap itself in communication with said second gap ; h) sending the contents taken with said syringe into said containers . a) providing a piece of equipment defining a transit channel having at least a first gap associated with a bag containing a fresh blood component, at least a second gap connected to a plurality of containers to be filled, and at least a third gap connected to pumping means ; b) isolating said first gap from said second gap and placing the latter in communication with said third gap ; c) suctioning the air contained in said containers to be filled by means of said pumping means so as to define a vacuum inside them; d) placing said first gap in communication with said second gap , said containers suctioning the contents of said bag by effect of the vacuum defined inside them; e) isolating said first gap from said second gap and placing the first gap itself in communication with said fourth gap ; f) taking at least a part of the contents of said bag by means of said syringe ; g) isolating said fourth gap from said first gap and placing the fourth gap itself in communication with said second gap ; h) sending the contents taken with said syringe into said containers .
Gymnastic machine (1, 1", 1 IV ) of the type having a closed circuit sliding belt comprising a base structure (2, 2', 2"), a sliding belt (22, 22', 22"), sliding according to a sliding direction (X) installed on said base structure (2, 2', 2") upon which a user performs a gymnastic exercise, a supporting structure coupled to said base structure (2, 2', 2"), a first and a second handle for supporting said user, coupled to said supporting structure , a resisting device wearable by the user, said gymnastic machine (1, 1", 1 IV ) being characterized in that each of said first and a second handle comprises a respective coupling member for coupling with said resisting device , in that said coupling member is a lever which capable to be coupled to the respective second end (312-312', 322-322'), of each of said first and second handle , in that on said second ends (312-312', 322-322') of each of said first and second handle , a cavity is obtained, and in that said lever moves from a rest position, in which it is provided within said cavity, to a working position in which it is raised with respect to said second ends (312-312', 322-322') of each of said first and second handle and it is external to said cavity. a base structure (2, 2', 2"), a sliding belt (22, 22', 22"), sliding according to a sliding direction (X) installed on said base structure (2, 2', 2") upon which a user performs a gymnastic exercise, a supporting structure coupled to said base structure (2, 2', 2"), a first and a second handle for supporting said user, coupled to said supporting structure , a resisting device wearable by the user, said gymnastic machine (1, 1", 1 IV ) being characterized in that each of said first and a second handle comprises a respective coupling member for coupling with said resisting device , in that said coupling member is a lever which capable to be coupled to the respective second end (312-312', 322-322'), of each of said first and second handle , in that on said second ends (312-312', 322-322') of each of said first and second handle , a cavity is obtained, and in that said lever moves from a rest position, in which it is provided within said cavity, to a working position in which it is raised with respect to said second ends (312-312', 322-322') of each of said first and second handle and it is external to said cavity.
A User Equipment UE comprising means for performing: sending, while connected to a first cell, a measurement report ; receiving, in response to sending the measurement report, preparation information, the preparation information including a list of candidate cells for preparing the UE for a conditional handover of the UE to at least one other cell ; receiving, from the first cell, a RRC Connection Suspend message, wherein the message causes the UE to transition from a connected state to an inactive state without the UE sending a release indication to the network, a release consisting of the UE no longer storing the preparation information ; receiving, from the first cell, information of a release condition ; when it is determined that the release condition is met when in the inactive state , sending a release indication containing a list of cells to be released and releasing the preparation information . sending, while connected to a first cell, a measurement report ; receiving, in response to sending the measurement report, preparation information, the preparation information including a list of candidate cells for preparing the UE for a conditional handover of the UE to at least one other cell ; receiving, from the first cell, a RRC Connection Suspend message, wherein the message causes the UE to transition from a connected state to an inactive state without the UE sending a release indication to the network, a release consisting of the UE no longer storing the preparation information ; receiving, from the first cell, information of a release condition ; when it is determined that the release condition is met when in the inactive state , sending a release indication containing a list of cells to be released and releasing the preparation information .
A massage apparatus that provides a pulsed electromagnetic field, the massage apparatus comprising: a massage unit including a mount frame provided to be movable along a user's body and acupressure modules provided to protrude from the mount frame so as to apply pressure to the user's body; a pulsed electromagnetic field generator provided on the mount frame independently of the acupressure module and configured to generate a pulsed electromagnetic field by means of power applied thereto; and a controller configured to control operation of the acupressure module and generation of the pulsed electromagnetic field, characterised in that the controller is configured to control the power of the pulsed electromagnetic field generator according to a location and moving speed of the massage unit such that the pulsed electromagnetic field is controlled depending on body parts of the user. a massage unit including a mount frame provided to be movable along a user's body and acupressure modules provided to protrude from the mount frame so as to apply pressure to the user's body; a pulsed electromagnetic field generator provided on the mount frame independently of the acupressure module and configured to generate a pulsed electromagnetic field by means of power applied thereto; and a controller configured to control operation of the acupressure module and generation of the pulsed electromagnetic field, characterised in that the controller is configured to control the power of the pulsed electromagnetic field generator according to a location and moving speed of the massage unit such that the pulsed electromagnetic field is controlled depending on body parts of the user.
Device for treating hollowing bodies, comprising at least: - a nozzle that opens into a hollow body placed inside a receptacle; - at least one circuit and means for setting at least one pressurized airflow in circulation in at least one direction within said circuit ; said at least one circuit comprising: - at least one valve connected upstream to said nozzle and/or to said receptacle; - at least one first pressure sensor in the region of said nozzle or in the region of said receptacle, measuring a first pressure (P t ); said treatment device also comprising - at least one control distributor for said at least one valve ; - a line connecting said distributor to said corresponding valve ; - at least one control unit controlling at least one of the different abovementioned components, said control unit comprising at least one time measurement component; characterized in that it comprises: - at least one second pressure sensor situated along said line , measuring a second pressure (P c ) inside said line ; and in that said control unit comprises - means that are able to determine at least one differential between the measurement of the first pressure (P t ) and the measurement of the second pressure (P c ) as a function of time. - a nozzle that opens into a hollow body placed inside a receptacle; - at least one circuit and means for setting at least one pressurized airflow in circulation in at least one direction within said circuit ; - at least one valve connected upstream to said nozzle and/or to said receptacle; - at least one first pressure sensor in the region of said nozzle or in the region of said receptacle, measuring a first pressure (P t ); - at least one control distributor for said at least one valve ; - a line connecting said distributor to said corresponding valve ; - at least one control unit controlling at least one of the different abovementioned components, said control unit comprising at least one time measurement component; - at least one second pressure sensor situated along said line , measuring a second pressure (P c ) inside said line ; - means that are able to determine at least one differential between the measurement of the first pressure (P t ) and the measurement of the second pressure (P c ) as a function of time.
Modular lighting system for attachment to a surface comprising a) at least two lighting modules with at least one solid-state lighting unit each, b) a mounting platform which is fastened to the surface for detachably mounting the lighting modules , c) an electrical power supply to supply the lighting modules , d) a switching and/or control unit to switch and/or control the lighting modules , e) a communication means for each lighting module which links the lighting modules and permits them to communicate with each other, whereby f) upon detection of an error in a lighting module , adjacent lighting modules assume the task of supplying light and/or power and/or switching or controlling the lighting module , characterized in that g) the solid-state lighting unit has an external light source and is designed as a light guide which is supplied with light from an external light source, and h) a touch-sensitive sensor which completely or partially covers the lighting module , whereby the touch-sensitive sensor is designed to be transparent and diffuse scattering. a) at least two lighting modules with at least one solid-state lighting unit each, b) a mounting platform which is fastened to the surface for detachably mounting the lighting modules , c) an electrical power supply to supply the lighting modules , d) a switching and/or control unit to switch and/or control the lighting modules , e) a communication means for each lighting module which links the lighting modules and permits them to communicate with each other, whereby f) upon detection of an error in a lighting module , adjacent lighting modules assume the task of supplying light and/or power and/or switching or controlling the lighting module , characterized in that g) the solid-state lighting unit has an external light source and is designed as a light guide which is supplied with light from an external light source, and h) a touch-sensitive sensor which completely or partially covers the lighting module , whereby the touch-sensitive sensor is designed to be transparent and diffuse scattering.
A structured illumination imaging system , comprising: a photomask ; a control module configured to determine the physical locations of the photomask relative to a sample required to construct a full composite image of the sample and to generate a randomized order for the determined physical locations; an illumination source configured to illuminate the sample through the photomask using an excitation light ; one or more motors configured to move the photomask in accordance with the randomized order generated by the control module ; a sensor configured to capture a plurality of images of the sample to generate a set of data points; an image generation module configured to use the randomized order to generate a composite image based on the set of data points and measuring the brightness of at least some of the data points and adjust the brightness of some of the data points, based on a model of certain observed imaging effects in order to eliminate such imaging effects in the generated image. a photomask ; a control module configured to determine the physical locations of the photomask relative to a sample required to construct a full composite image of the sample and to generate a randomized order for the determined physical locations; an illumination source configured to illuminate the sample through the photomask using an excitation light ; one or more motors configured to move the photomask in accordance with the randomized order generated by the control module ; a sensor configured to capture a plurality of images of the sample to generate a set of data points; an image generation module configured to use the randomized order to generate a composite image based on the set of data points and measuring the brightness of at least some of the data points and adjust the brightness of some of the data points, based on a model of certain observed imaging effects in order to eliminate such imaging effects in the generated image.
A pallet comprising: a plate-like pallet body made of foamed resin; a plurality of legs provided on a bottom surface of the pallet body ; and a resin sheet integrated by vacuum-forming from the bottom surface of the pallet , wherein a top surface of the pallet body has a loading surface on which goods-conveyed are placed, and a step portion formed in a shape down-step from an outer peripheral edge of the loading surface to side surfaces of the pallet body , and the resin sheet covers the bottom surface of the pallet body , the legs , the side surfaces of the pallet body and the step portion , and the loading surface is not covered with the resin sheet . a plate-like pallet body made of foamed resin; a plurality of legs provided on a bottom surface of the pallet body ; and a resin sheet integrated by vacuum-forming from the bottom surface of the pallet , wherein a top surface of the pallet body has a loading surface on which goods-conveyed are placed, and a step portion formed in a shape down-step from an outer peripheral edge of the loading surface to side surfaces of the pallet body , and the resin sheet covers the bottom surface of the pallet body , the legs , the side surfaces of the pallet body and the step portion , and the loading surface is not covered with the resin sheet .