mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic applicator characterized in that it is provided with a shaft having a twofold structure in which there are an outer cylinder having an inner surface on which a projection is provided; and an inner cylinder having an outer surface on which a guide groove that guidingly engages with the projection is provided; wherein the guide groove has a first transverse groove and a second transverse groove that extend in a circumferential direction, and a first longitudinal groove and a second longitudinal groove , the first transverse groove being the one of the two transverse grooves that is nearer to a tip having an applying portion, wherein the second longitudinal groove that extends in an axial direction is connecting the center of the first transverse and the endpoint of the second transverse groove , wherein the first longitudinal groove is provided at a location different in the circumferential direction from that of the second longitudinal groove , the first longitudinal groove extends in an axial direction from the first transverse groove to the tip. an inner cylinder having an outer surface on which a guide groove that guidingly engages with the projection is provided; wherein the guide groove has a first transverse groove and a second transverse groove that extend in a circumferential direction, and a first longitudinal groove and a second longitudinal groove , the first transverse groove being the one of the two transverse grooves that is nearer to a tip having an applying portion, wherein the second longitudinal groove that extends in an axial direction is connecting the center of the first transverse and the endpoint of the second transverse groove , wherein the first longitudinal groove is provided at a location different in the circumferential direction from that of the second longitudinal groove , the first longitudinal groove extends in an axial direction from the first transverse groove to the tip.
Process of manufacturing a three-dimensional object by - depositing and solidifying molten polyvinyl alcohol (PVOH) to form a support structure - depositing and solidifying a molten thermoplastic polymer on the support structure to form a three-dimensional preform - dissolving the support structure to from the three-dimensional object characterized in that the polyvinyl alcohol (PVOH) has an alkaline acetate content of less than 0.5 weight %. - depositing and solidifying molten polyvinyl alcohol (PVOH) to form a support structure - depositing and solidifying a molten thermoplastic polymer on the support structure to form a three-dimensional preform - dissolving the support structure to from the three-dimensional object characterized in that the polyvinyl alcohol (PVOH) has an alkaline acetate content of less than 0.5 weight %.
An ice-cream dispenser machine comprising: a cup-shaped container , which is adapted to contain the handmade ice cream and is provided, on the bottom, with a dispensing nozzle from which the ice cream exits; a piston which is housed in axially sliding manner inside the cup-shaped container ; manually-controlled piston displacing means which are adapted to selectively move the piston inside the cup-shaped container in order to push the ice cream out of the container through the dispensing nozzle ; an impeller which is located inside the cup-shaped container substantially grazing the bottom of the container , with the capability of rotating about a given rotation axis (R); and a motor assembly which is adapted to drive into rotation the impeller about said rotation axis (R) ; the ice-cream dispenser machine being characterised in that the inlet mouth of a through duct that ends at the dispensing nozzle is located on the bottom of the cup-shaped container at a given distance from the impeller ; in that said impeller is provided with at least one radial blade that extends substantially grazing the bottom of the container , up to the inlet mouth of said through duct , thus skimming/grazing said inlet mouth when the impeller is in rotation; in that said blade is dimensioned so as to cover, when arranged over the inlet mouth of the through duct , substantially the whole area of said inlet mouth; and in that the motor assembly is adapted to arrange, when at rest, the impeller so that said blade or one of said blades extends over the inlet mouth of said through duct .
A microfluidic chip mounting comprising: a blade part of, or for coupling to, a blade of a centrifuge, at a radial distance from an axis of the centrifuge, the blade adapted for mounting to the centrifuge for rotation about the axis, and defining a plane of the centrifuge; and a chip part for holding a planar microfluidic chip at an orientation having a normal not perpendicular to the axis; characterized in that the microfluidic chip mounting further comprises: a one degree of freedom (DoF) joint between the blade part and the chip part , the one DoF joint permitting the chip part to move with respect to the centrifuge blade , the motion including at least a 5° pivot projected onto the plane; and a force applicator bearing on the blade part or the axis of the centrifuge at one end, and the chip or chip part at a second end, the bearing on the chip or chip part being provided at a fixed set of one or more points for constraining the motion, where the fixed points do not surround, and are not surrounded by, any instant centre of rotation in the plane. a blade part of, or for coupling to, a blade of a centrifuge, at a radial distance from an axis of the centrifuge, the blade adapted for mounting to the centrifuge for rotation about the axis, and defining a plane of the centrifuge; and a chip part for holding a planar microfluidic chip at an orientation having a normal not perpendicular to the axis; characterized in that the microfluidic chip mounting further comprises: a one degree of freedom (DoF) joint between the blade part and the chip part , the one DoF joint permitting the chip part to move with respect to the centrifuge blade , the motion including at least a 5° pivot projected onto the plane; and a force applicator bearing on the blade part or the axis of the centrifuge at one end, and the chip or chip part at a second end, the bearing on the chip or chip part being provided at a fixed set of one or more points for constraining the motion, where the fixed points do not surround, and are not surrounded by, any instant centre of rotation in the plane. a one degree of freedom (DoF) joint between the blade part and the chip part , the one DoF joint permitting the chip part to move with respect to the centrifuge blade , the motion including at least a 5° pivot projected onto the plane; and a force applicator bearing on the blade part or the axis of the centrifuge at one end, and the chip or chip part at a second end, the bearing on the chip or chip part being provided at a fixed set of one or more points for constraining the motion, where the fixed points do not surround, and are not surrounded by, any instant centre of rotation in the plane.
A process of coating a hard mask composition on a silicon substrate comprising: a4) applying a composition comprised of metal oxide nanoparticles dispersed in an organic solvent onto a substrate to form a hard mask film, b4) baking the hard mask film, c4) coating a bottom antireflective coating on top of the hard mask film, d4) coating a photoresist on top of said antireflective coating, e4) patterning the resist forming a resist pattern, f4) etching through the bottom antireflective coating not protected by the resist pattern down to the hard mask coating with a fluorinated plasma, g4) etching through the hard mask layer not protected by the bottom antireflective coating and photoresist down to the silicon substrate with a chlorine plasma producing a patterned hard mask film, and h4) etching with a fluorinated plasma into the silicon substrate in those area not protected by the patterned hard mask film producing topographical features into the silicon features. a4) applying a composition comprised of metal oxide nanoparticles dispersed in an organic solvent onto a substrate to form a hard mask film, b4) baking the hard mask film, c4) coating a bottom antireflective coating on top of the hard mask film, d4) coating a photoresist on top of said antireflective coating, e4) patterning the resist forming a resist pattern, f4) etching through the bottom antireflective coating not protected by the resist pattern down to the hard mask coating with a fluorinated plasma, g4) etching through the hard mask layer not protected by the bottom antireflective coating and photoresist down to the silicon substrate with a chlorine plasma producing a patterned hard mask film, and h4) etching with a fluorinated plasma into the silicon substrate in those area not protected by the patterned hard mask film producing topographical features into the silicon features.
A process for preparing a substantially pure crystalline Form A of grapiprant, the process comprising: i. contacting grapiprant at ambient temperature with a solvent comprising dichloromethane and acetone to form a saturated or a near-saturated solution, wherein the solvent comprises a volume-to-volume ratio from 1:1 to 1:3 of dichloromethane/acetone; and ii. forming crystals of the substantially pure crystalline Form A of grapiprant, wherein the crystalline Form A exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 9.9 ± 0.15, 13.5 ± 0.15, 14.3 ± 0.15, 16.1 ± 0.15, 17.7 ± 0.15, 21.8 ± 0.15, 24.14 ± 0.15, and 25.8 ± 0.15; a differential scanning calorimetry profile having showed an endotherm/exotherm at 155-170 °C; and a thermogravimetric analysis showing a loss of mass of 0.5-0.6% when heated from 30° to 150 °C, wherein the X-ray diffractometer is equipped with a long fine focus X-ray tube with a copper Ka radiation source operated at 45 kV/40 mA and a diffracted beam monochromator mounted in front of a scintillation detector; and wherein "substantially pure" means that the polymorph has a purity of 95% by weight as defined by X-ray powder diffraction. i. contacting grapiprant at ambient temperature with a solvent comprising dichloromethane and acetone to form a saturated or a near-saturated solution, wherein the solvent comprises a volume-to-volume ratio from 1:1 to 1:3 of dichloromethane/acetone; and ii. forming crystals of the substantially pure crystalline Form A of grapiprant,
An X-ray phase-contrast imaging system comprising: a distributed incoherent X-ray source arrangement (S); a fixed grating module (P), comprising a first grating (G1) and a second grating (G2) which are disposed in parallel to each other and are fixed relative to each other; and an X-ray detecting device, wherein X-ray sources of the distributed incoherent X-ray source arrangement (S) are arranged in a direction perpendicular to both an X-ray propagation direction and a grating strip direction, characterized in that the X-ray phase-contrast imaging system further comprises a computer workstation, which is configured to control the distributed incoherent X-ray source arrangement and the X-ray detecting device such that: the X-ray sources of the distributed incoherent X-ray source arrangement (S) sequentially generate X-rays to emit X-rays to an object to be detected (W). a distributed incoherent X-ray source arrangement (S); a fixed grating module (P), comprising a first grating (G1) and a second grating (G2) which are disposed in parallel to each other and are fixed relative to each other; and an X-ray detecting device, wherein X-ray sources of the distributed incoherent X-ray source arrangement (S) are arranged in a direction perpendicular to both an X-ray propagation direction and a grating strip direction, characterized in that the X-ray phase-contrast imaging system further comprises a computer workstation, which is configured to control the distributed incoherent X-ray source arrangement and the X-ray detecting device such that: the X-ray sources of the distributed incoherent X-ray source arrangement (S) sequentially generate X-rays to emit X-rays to an object to be detected (W).
An authorisation system for providing access to a controlled area accessible through a door separating a non secure side from a secure side of the door, the system including: a reader disposed on the non-secure side of the door, the reader including: an interface for receiving a request signal from a party seeking authorisation for an access to the controlled area; a first processor that is responsive to the request signal for determining if the authorisation is to be granted and, if so, generating an authorisation signal that includes information that is securely coded and which is indicative of the determination; and an operating device for receiving the authorisation signal, the operating device having a second processor that is responsive to the authorisation signal for decoding the information and subsequently initiating the action, wherein the operating device is physically spaced apart from the first processor and in communication with the first processor by way of a cable, wherein the system further includes a request to exit sensor disposed on the secure side of the door for generating an exit request signal for opening the door and the reader further includes a supervised analogue input for receiving the exit request signal from the exit sensor, wherein the first processor is also responsive to the exit request signal by generating the authorisation signal. a reader disposed on the non-secure side of the door, the reader including: an interface for receiving a request signal from a party seeking authorisation for an access to the controlled area; a first processor that is responsive to the request signal for determining if the authorisation is to be granted and, if so, generating an authorisation signal that includes information that is securely coded and which is indicative of the determination; and an interface for receiving a request signal from a party seeking authorisation for an access to the controlled area; a first processor that is responsive to the request signal for determining if the authorisation is to be granted and, if so, generating an authorisation signal that includes information that is securely coded and which is indicative of the determination; and an operating device for receiving the authorisation signal, the operating device having a second processor that is responsive to the authorisation signal for decoding the information and subsequently initiating the action, wherein the operating device is physically spaced apart from the first processor and in communication with the first processor by way of a cable, wherein the system further includes a request to exit sensor disposed on the secure side of the door for generating an exit request signal for opening the door and the reader further includes a supervised analogue input for receiving the exit request signal from the exit sensor, wherein the first processor is also responsive to the exit request signal by generating the authorisation signal.
Filter device, in particular for the filtration of lubricating oil, consisting of at least one filter cartridge in which a filter material is accommodated in each case and which is provided with fluid passage points which are bounded by wall parts of the filter cartridge , and with a backflushing device which comprises at least one flushing nozzle that can be moved along the inside of the respectively assignable filter cartridge by means of a hollow drive shaft , wherein for each filter cartridge at least one pair of flushing nozzles is provided which have elongated slots arranged one above the other in axial orientation of the drive shaft , characterised in that the elongated slots have an offset relative to one another extending transverse to the axial orientation in such a manner that, with adjacently arranged flushing nozzles , at least part of the elongated slot of the one flushing nozzle is in alignment with at least one of the fluid passage points of the assignable filter cartridge and the elongated slot of the other flushing nozzle is in alignment with wall parts of this filter cartridge which bound this fluid passage point.
A method comprising: receiving, from a peer network device and at a virtual component , a verification request for verifying a physical host on which the virtual component is operating; sending, by the virtual component , a request to a trust module of the physical host to obtain physical host verification information; receiving, at the virtual component and from the trust module , the physical host verification information, the physical host verification information including at least a signed verification status of the physical host and an associated timestamp of the physical host, a time synchronization token and hypervisor information ; and sending, by the virtual component and to the peer network device , the physical host verification information, the peer network device determining trustworthiness of the physical host as part of determining trustworthiness of the virtual component prior to establishing a communication session with the virtual component . receiving, from a peer network device and at a virtual component , a verification request for verifying a physical host on which the virtual component is operating; sending, by the virtual component , a request to a trust module of the physical host to obtain physical host verification information; receiving, at the virtual component and from the trust module , the physical host verification information, the physical host verification information including at least a signed verification status of the physical host and an associated timestamp of the physical host, a time synchronization token and hypervisor information ; and sending, by the virtual component and to the peer network device , the physical host verification information, the peer network device determining trustworthiness of the physical host as part of determining trustworthiness of the virtual component prior to establishing a communication session with the virtual component .
A blade or vane component for a turbomachine, comprising: - an inner space between two opposite inner walls of the component forming a passage way for a cooling fluid towards a fluid outlet at the trailing edge of the component, - a plurality of ribs include a set of first ribs projecting from the first wall and a set of second ribs projecting from the second wall forming a plurality of first channels and second channels therebetween on each of the two opposite inner walls to guide the cooling fluid towards the trailing edge , wherein the ribs on the opposite sides are inclined relative to each other to form a matrix arrangement, wherein the inner space is divided into a leading section located towards the leading edge of the component, and a trailing section located towards the trailing edge of the component, wherein the ribs are arranged in the leading section and wherein the component further comprises a plurality of pin-fins projecting from the two opposite inner walls arranged in the trailing section in a discrete manner, characterized in that , the set of first ribs are arranged substantially parallel and the set of second ribs are arranged substantially parallel to each other, and in that the plurality of pin-fins is arranged in more than two rows . - an inner space between two opposite inner walls of the component forming a passage way for a cooling fluid towards a fluid outlet at the trailing edge of the component, - a plurality of ribs include a set of first ribs projecting from the first wall and a set of second ribs projecting from the second wall forming a plurality of first channels and second channels therebetween on each of the two opposite inner walls to guide the cooling fluid towards the trailing edge , wherein the ribs on the opposite sides are inclined relative to each other to form a matrix arrangement,
A method for a tightness test of a test object filled with a liquid , said test object having an internal pressure which is lower than atmospheric pressure, comprising the following steps: inserting the test object into a test chamber , evacuating the test chamber to a pressure which is lower than the internal pressure inside the test object , drawing off residual gas components from the test chamber together with gas components desorbing from a wall of the test chamber and parts of the liquid escaping from the test object through a leak in the latter without any carrier gas being fed to the test chamber from outside, and transporting the drawn-off residual gas components together with the parts of the liquid escaped from the test object to a detector , characterized by the detection of parts of the liquid escaped through a leak in the test object by means of a detector , wherein no gas contained in the test object is used as a test gas for leak detection. inserting the test object into a test chamber , evacuating the test chamber to a pressure which is lower than the internal pressure inside the test object , drawing off residual gas components from the test chamber together with gas components desorbing from a wall of the test chamber and parts of the liquid escaping from the test object through a leak in the latter without any carrier gas being fed to the test chamber from outside, and transporting the drawn-off residual gas components together with the parts of the liquid escaped from the test object to a detector , characterized by the detection of parts of the liquid escaped through a leak in the test object by means of a detector , wherein no gas contained in the test object is used as a test gas for leak detection.
A contact lens package , comprising: a multi-layer laminate substrate having a first polymer layer, a first metal layer and at least one pre-formed lens receiving portion , in the form of a depression formed in the multi-layer laminate substrate sized to hold at least a portion of a contact lens and having sufficient structural rigidity to maintain the shape; and a cover sheet removably secured to the substrate and configured to seal a contact lens within the at least one lens receiving portion ; wherein the cover sheet comprises a laminate having a second metal layer and a second polymer layer ; wherein the cover sheet has a greater flexibility than the multi-laminate substrate . a multi-layer laminate substrate having a first polymer layer, a first metal layer and at least one pre-formed lens receiving portion , in the form of a depression formed in the multi-layer laminate substrate sized to hold at least a portion of a contact lens and having sufficient structural rigidity to maintain the shape; and a cover sheet removably secured to the substrate and configured to seal a contact lens within the at least one lens receiving portion ; wherein the cover sheet comprises a laminate having a second metal layer and a second polymer layer ; wherein the cover sheet has a greater flexibility than the multi-laminate substrate .
Method for detecting a special operating state of a motor vehicle which differs from a normal operating state of the motor vehicle , in which a noise emitted by the motor vehicle during operation of the motor vehicle is captured in the interior of the motor vehicle using a mobile apparatus which is separate from the motor vehicle , and the noise is compared with a plurality of reference noises provided by the mobile apparatus , the noise being assigned to a most similar reference noise of the plurality of reference noises on the basis of the comparison if a minimum similarity value is exceeded, and the special operating state being detected by the assignment which has been carried out, a defective component of the motor vehicle being determined by means of an assignment between the defective component and the plurality of reference noises , characterized in that a workshop proposal for the motor vehicle is determined by means of an assignment between the workshop proposal and the plurality of reference noises .