mhurhangee/patent-ind-claim-en huggingface dataset:
A printer comprising: an inktank ; a print head performing printing by using ink (IK) in the ink tank; a light source configured to irradiate the ink tank with light; a photoelectric conversion device configured to detect light incident from the ink tank in a period during which the light source emits light; and a processing unit configured to determine ink characteristics of ink in the ink tank based on characteristics of a light amount detected by the photoelectric conversion device, characterized in that the photoelectric conversion device configured to detect light having a first wavelength and light having a second wavelength, the light having the first wavelength and the light having the second wavelength being in different first and second wavelength bands respectively, and the processing unit configured to determine the ink characteristics for a single ink based on a relationship between first characteristics of a light amount of the light having the first wavelength and second characteristics of a light amount of the light having the second wavelength. an inktank ; a print head performing printing by using ink (IK) in the ink tank; a light source configured to irradiate the ink tank with light; a photoelectric conversion device configured to detect light incident from the ink tank in a period during which the light source emits light; and a processing unit configured to determine ink characteristics of ink in the ink tank based on characteristics of a light amount detected by the photoelectric conversion device, characterized in that the photoelectric conversion device configured to detect light having a first wavelength and light having a second wavelength, the light having the first wavelength and the light having the second wavelength being in different first and second wavelength bands respectively, and the processing unit configured to determine the ink characteristics for a single ink based on a relationship between first characteristics of a light amount of the light having the first wavelength and second characteristics of a light amount of the light having the second wavelength.
A method of operating a client device to authenticate with a service provider , the method comprising: sending, using a client application which is executing on the client device , an access request to the service provider ; wherein the client application is containerised; receiving, at the client application , a redirection response from the service provider ; in response to receiving the redirection response, requesting, by the client application , an identity assertion from an authentication application which is separately executing on the client device ; wherein requesting the identity assertion comprises calling a local uniform resource locator, URL, with a predefined scheme name associated with the authentication application ; and wherein the predefined scheme name corresponds to a randomly generated unique identifier; sending the identity assertion from the authentication application to the client application , wherein the identity assertion includes an authentication token generated by an identity provider , and authenticating the client application by sending the received identity assertion from the client application to the service provider ; wherein the authentication application is used to authenticate the client device with the identity provider whereby upon authentication, the authentication application is able to request the identity assertion from the identity provider . sending, using a client application which is executing on the client device , an access request to the service provider ; wherein the client application is containerised; receiving, at the client application , a redirection response from the service provider ; in response to receiving the redirection response, requesting, by the client application , an identity assertion from an authentication application which is separately executing on the client device ; wherein requesting the identity assertion comprises calling a local uniform resource locator, URL, with a predefined scheme name associated with the authentication application ; and wherein the predefined scheme name corresponds to a randomly generated unique identifier; sending the identity assertion from the authentication application to the client application , wherein the identity assertion includes an authentication token generated by an identity provider , and authenticating the client application by sending the received identity assertion from the client application to the service provider ; wherein the authentication application is used to authenticate the client device with the identity provider whereby upon authentication, the authentication application is able to request the identity assertion from the identity provider .
An apparatus to manufacture an absorbent body (A) of an absorbent article, the apparatus comprising: a freely rotatable suction drum which includes, in a circumferential surface (11 S), a pattern plate which has a shape that is complementary to an outer shape of the absorbent body (A) and in which a pattern hole that penetrates through in a thickness direction is formed, and a molding portion formed inside the pattern hole of the pattern plate , which forms the absorbent body (A) by accumulating a material of the absorbent body (A); and a supply device which includes a cover duct that covers a part of the circumferential surface of the suction drum , and which supplies the material of the absorbent body (A) to the molding portion through the cover duct , wherein the apparatus is provided with an air jetting mechanism which includes an air jetting port , and the air jetting port rotates with the rotation of the suction drum and jets out air toward an internal space (S) of the cover duct , from both of or either one of the pattern plate and the molding portion , the pattern plate includes an internal space facing portion which faces the internal space (S) of the cover duct , in an external surface of the pattern plate which faces outward in a radial direction of the suction drum , the air jetting port is provided in the internal space facing portion , and the air jetting port is provided at positions adjacent to the pattern hole in the width direction (W). a freely rotatable suction drum which includes, in a circumferential surface (11 S), a pattern plate which has a shape that is complementary to an outer shape of the absorbent body (A) and in which a pattern hole that penetrates through in a thickness direction is formed, and a molding portion formed inside the pattern hole of the pattern plate , which forms the absorbent body (A) by accumulating a material of the absorbent body (A); and a supply device which includes a cover duct that covers a part of the circumferential surface of the suction drum , and which supplies the material of the absorbent body (A) to the molding portion through the cover duct , wherein the apparatus is provided with an air jetting mechanism which includes an air jetting port , and the air jetting port rotates with the rotation of the suction drum and jets out air toward an internal space (S) of the cover duct , from both of or either one of the pattern plate and the molding portion , the pattern plate includes an internal space facing portion which faces the internal space (S) of the cover duct , in an external surface of the pattern plate which faces outward in a radial direction of the suction drum , the air jetting port is provided in the internal space facing portion , and the air jetting port is provided at positions adjacent to the pattern hole in the width direction (W).
An ablation therapy planning system, comprising program code means for causing the ablation therapy planning system to carry out the steps of: - receiving a medical image of a patient, and receiving an input defining an intended treatment location for one or more thermal applicators relative to a skin location and one or more intended treatment parameters and; - determining the skin location of the patient and; - estimating a temperature or thermal dose at the skin location resulting from the intended treatment location and one or more intended treatment parameters and; - raising an alarm if the calculated temperature or thermal dose at the skin location is above or below a certain threshold. - receiving a medical image of a patient, and receiving an input defining an intended treatment location for one or more thermal applicators relative to a skin location and one or more intended treatment parameters and; - determining the skin location of the patient and; - estimating a temperature or thermal dose at the skin location resulting from the intended treatment location and one or more intended treatment parameters and; - raising an alarm if the calculated temperature or thermal dose at the skin location is above or below a certain threshold.
An electrical switch, in particular a rotary switch, having a housing , a rotatable actuating member , with a detent which interacts with the actuating member in such a way that the actuating member can be rotated in detent positions, the detent comprising a detent wheel , in particular one having an approximately star-shaped design, and at least one detent member which exerts an elastic force and interacts with the detent wheel , the detent member consisting of a spring frame, and that at least one cam engaging in the detent wheel is arranged on the spring frame , the spring frame having a non-closed design, and that two webs are arranged on the spring frame approximately perpendicular to the spring frame , characterized in that the spring frame is floatingly mounted in the housing .
Method for machining the edges of plate-shaped workpieces wherein the workpieces are supplied in a conveying circuit , moved repeatedly along a machining stretch for machining the edges of the workpieces , and are removed from the conveying circuit once machining has taken place, wherein the dimensions of the workpieces are detected before being supplied into the conveying circuit and the sequence in which the workpieces are supplied to the conveying circuit is determined in dependence on the detected dimensions of the workpieces , characterised in that the workpieces are assembled in groups corresponding to the established sequence and are supplied in groups to the conveying circuit , wherein the workpieces are assembled so that the dimensions which are relevant for the capacity in the conveying circuit are constant where possible in the middle of the respective group by minimizing the fluctuation of the dimensions from group middle to group middle.
A life safety device comprising: a housing ; a detector for detecting one or more conditions; and an actuatable mechanism coupled to and visible at an exterior of the housing, the actuatable mechanism including a light assembly operable in response to detection of at least one of the one or more conditions, wherein the light assembly is embedded within the actuatable mechanism and comprises a first light source , a transparent cover , and a light skirt for communicating light from the first light source to the cover; and a light transmission device positioned within the housing, the light transmission device being operable to transmit light from a second light source to an exterior of the housing, wherein the light assembly is nested within the hollow interior of the light transmission device. a housing ; a detector for detecting one or more conditions; and an actuatable mechanism coupled to and visible at an exterior of the housing, the actuatable mechanism including a light assembly operable in response to detection of at least one of the one or more conditions, wherein the light assembly is embedded within the actuatable mechanism and comprises a first light source , a transparent cover , and a light skirt for communicating light from the first light source to the cover; and a light transmission device positioned within the housing, the light transmission device being operable to transmit light from a second light source to an exterior of the housing, wherein the light assembly is nested within the hollow interior of the light transmission device.
At least one non-transitory machine-accessible storage medium including instructions that, when executed by processing circuitry, cause the processing circuitry to perform operations comprising: receiving an access request from a processor; processing the access request to determine an executable that caused the processor to issue the access request and an object address to which the access is directed; and granting the access request when permission data for the object address identifies the executable and denying the access request otherwise, wherein the permission data comprises an access grant to a first memory region by the executable , the permission data comprises an access grant to a second memory region by a second executable , and the permission data comprises an access grant to the second memory region by the executable ; characterized in that the permission data denies access to the first memory region by executables other than the executable program , and wherein the permission data denies access to a third memory region by executables other than the second executable program . receiving an access request from a processor; processing the access request to determine an executable that caused the processor to issue the access request and an object address to which the access is directed; and granting the access request when permission data for the object address identifies the executable and denying the access request otherwise, wherein the permission data comprises an access grant to a first memory region by the executable , the permission data comprises an access grant to a second memory region by a second executable , and the permission data comprises an access grant to the second memory region by the executable ; characterized in that the permission data denies access to the first memory region by executables other than the executable program , and wherein the permission data denies access to a third memory region by executables other than the second executable program .
A novel hard tissue slicing knife, comprising a knife back portion and a knife edge portion which are manufactured as a single piece; characterized in that : the knife back portion has a cross section of an isosceles trapezoid, the knife edge portion has a cross section of an isosceles triangle; an end of the knife back portion , which is away from the knife edge portion , has a thickness in a range of 4 mm to 15 mm; a junction between the knife back portion and the knife edge portion has a thickness in a range of 0.1 mm to 0.8 mm; the knife back portion has a vertical height in a range of 27 mm to 38 mm; two faces of the knife edge portion is at an angle in a range of 10 degrees to 40 degrees; and a base angle of the isosceles triangle is in a range of 70 degrees to 85 degrees. a junction between the knife back portion and the knife edge portion has a thickness in a range of 0.1 mm to 0.8 mm; the knife back portion has a vertical height in a range of 27 mm to 38 mm; two faces of the knife edge portion is at an angle in a range of 10 degrees to 40 degrees; and a base angle of the isosceles triangle is in a range of 70 degrees to 85 degrees.
Paver for producing a road covering, with a driveable chassis , at least one paving screed that is attached to the rear of the chassis , as seen in the paving direction , such that it can be moved up and down, a spreader screw arranged upstream of the paving screed , an operating stand arranged above the chassis and at least one internal combustion engine , at least one hopper for hot road construction material, which hopper is arranged on the chassis upstream of the operating stand , and a conveyor extending under the operating stand from the hopper to the spreader screw , and with a levelling system for levelling the paving screed for producing the road covering, which levelling system can be controlled by a central process computer of the paver , wherein the levelling system has associated operating units for operating the levelling system and sensors for determining production parameters, in particular a paving height and a road inclination, and sensors for a screed top profile of the paving screed , wherein an operating element which is integrated in an armrest of a driver's seat of the operating stand and is intended to control and monitor the operation of the paver is provided, wherein the operating element is connected to the central process computer , with the result that the process computer captures and stores all machine, operating and production parameters by virtue of all signals and data from the sensors and from the operating units also converging, and wherein at least one of the operating units has an input means and an interface for wireless data transmission such that, by virtue of the wireless operating unit, an operator can move freely around the paver with the input means, and wherein at least one of the operating units has a presentation means, in particular, and wherein additional operating means can be connected to the operating units .
Method for validating at least one datum (300_1, 300_2, 300_3, 300_4) entered on a terminal , comprising the following steps: - detecting (E200) at least one contact on a touch entry mean of said terminal, said at least one contact defining: said at least one datum entered on said terminal; and a contact area on said touch entry mean; - detecting (E210), after said detection of at least one contact, at least one displacement movement of another contact on said touch entry mean, said at least one displacement movement defining an erasure area on said touch entry mean, characterised in that it further comprises the following step: - validating (E220) said at least one entered datum when the said erasure area covers at least partially said contact area. comprising the following steps: - detecting (E200) at least one contact on a touch entry mean of said terminal, said at least one contact defining: said at least one datum entered on said terminal; and a contact area on said touch entry mean; - detecting (E210), after said detection of at least one contact, at least one displacement movement of another contact on said touch entry mean, said at least one displacement movement defining an erasure area on said touch entry mean, - detecting (E200) at least one contact on a touch entry mean of said terminal, said at least one contact defining: said at least one datum entered on said terminal; and a contact area on said touch entry mean; said at least one datum entered on said terminal; and a contact area on said touch entry mean; - detecting (E210), after said detection of at least one contact, at least one displacement movement of another contact on said touch entry mean, said at least one displacement movement defining an erasure area on said touch entry mean, characterised in that it further comprises the following step: - validating (E220) said at least one entered datum when the said erasure area covers at least partially said contact area. - validating (E220) said at least one entered datum when the said erasure area covers at least partially said contact area.
Camshaft adjuster, comprising a swivel adjuster and a hydraulic valve which loads the swivel adjuster hydraulically, and it being possible for the hydraulic valve to be connected fixedly to a camshaft so as to rotate with it in order to rotate the camshaft, and the swivel adjuster having a stator and a rotor which is configured coaxially with the stator , it being possible for the rotor to be rotated relative to the stator , and the stator being connected fixedly to a drive gear of the camshaft so as to rotate with it, and the hydraulic valve being configured so as to protrude at least partially into the swivel adjuster , and an adapter being provided for the relative axial positioning of the rotor and the stator , and the adapter having an annular collar at its end which is configured so as to face the rotor , and the adapter being configured for loose mounting in the swivel adjuster , and a fixed connection of the adapter to the swivel adjuster being brought about after the mounting of the camshaft on the hydraulic valve , the rotor and/or the drive gear being arranged in the radial direction on the annular collar of the adapter , and a radial spacing being configured between the collar and the drive gear .
Device for cooling an organ locally, characterized in that it comprises: - An elongate stem comprising a far end intended to make contact with an organ to be cooled and comprising: ∘ A cooling element comprising a cold finger , ∘ A crystal that has a capacity to cool via excitation at a set excitation wavelength, said crystal being positioned adjacent to said cooling element, ∘ An optical guide that is able to convey a light signal at said excitation wavelength and that opens onto said crystal , - An illuminating system comprising at least one light source (S), which light source is arranged to emit said light signal. - An elongate stem comprising a far end intended to make contact with an organ to be cooled and comprising: ∘ A cooling element comprising a cold finger , ∘ A crystal that has a capacity to cool via excitation at a set excitation wavelength, said crystal being positioned adjacent to said cooling element, ∘ An optical guide that is able to convey a light signal at said excitation wavelength and that opens onto said crystal , ∘ A cooling element comprising a cold finger , ∘ A crystal that has a capacity to cool via excitation at a set excitation wavelength, said crystal being positioned adjacent to said cooling element, ∘ An optical guide that is able to convey a light signal at said excitation wavelength and that opens onto said crystal , - An illuminating system comprising at least one light source (S), which light source is arranged to emit said light signal.
An air intake port for a lean-burn gasoline engine, the air intake port comprising: an air inlet , two air outlets , and an air channel connecting the air inlet to the two air outlets and comprising an upstream common duct and two downstream port legs , the two downstream port legs branching off from the common duct at a bifurcation point , characterized in that a total cross section of the air intake port gradually decreases between the air inlet and the two air outlets, and wherein a gradient of decrease of the total cross section is locally reduced in a region adjacent the bifurcation point. an air inlet , two air outlets , and an air channel connecting the air inlet to the two air outlets and comprising an upstream common duct and two downstream port legs , the two downstream port legs branching off from the common duct at a bifurcation point , characterized in that a total cross section of the air intake port gradually decreases between the air inlet and the two air outlets, and wherein a gradient of decrease of the total cross section is locally reduced in a region adjacent the bifurcation point.
A bacterial formulation comprising bacteria of the species Bifidobacterium bifidum, Bifidobacterium breve , and/or Bifidobacterium adolescentis for use in a method of treating cancer in a human subject, wherein the method comprises co-administering to the subject an immune checkpoint inhibitor with the bacterial formulation.