mhurhangee/patent-ind-claim-en huggingface dataset:
An impact device , characterized in that the impact device comprises: a transmission shaft which has an impacted section , an extending section extending from the impacted section along an axis (L) of the transmission shaft , a first protrusion extending from the impacted section toward a first radial direction (D1), and two first concave surfaces located at two sides of the first protrusion ; an impact cylinder which is provided at an inside thereof with a passage for accommodating the impacted section of the transmission shaft , at an outside thereof with two elongated protrusions which are located at two opposite sides of the impact cylinder and extend parallel to the axis (L), and at two other opposite sides thereof with two first radial holes , the two first radial holes and the two elongated protrusions being alternately arranged along a circumference of the impact cylinder ; two first impact pins (51 A, 51B) which are respectively received in the first radial holes , shaped as circular columns extending parallel to the axis (L) of the transmission shaft , and abuttable against the first concave surfaces of the transmission shaft ; and a first ring which is sleeved onto the impact cylinder and the first impact pins , and provided at an inside thereof with a first narrow groove and a first wide groove both extending parallel to the axis (L) of the transmission shaft , wherein the first wide groove is wider than the first narrow groove ; one of the elongated protrusions is located in the first narrow groove and the other elongated protrusion is movably located in the first wide groove . a transmission shaft which has an impacted section , an extending section extending from the impacted section along an axis (L) of the transmission shaft , a first protrusion extending from the impacted section toward a first radial direction (D1), and two first concave surfaces located at two sides of the first protrusion ; an impact cylinder which is provided at an inside thereof with a passage for accommodating the impacted section of the transmission shaft , at an outside thereof with two elongated protrusions which are located at two opposite sides of the impact cylinder and extend parallel to the axis (L), and at two other opposite sides thereof with two first radial holes , the two first radial holes and the two elongated protrusions being alternately arranged along a circumference of the impact cylinder ; two first impact pins (51 A, 51B) which are respectively received in the first radial holes , shaped as circular columns extending parallel to the axis (L) of the transmission shaft , and abuttable against the first concave surfaces of the transmission shaft ; and a first ring which is sleeved onto the impact cylinder and the first impact pins , and provided at an inside thereof with a first narrow groove and a first wide groove both extending parallel to the axis (L) of the transmission shaft , wherein the first wide groove is wider than the first narrow groove ; one of the elongated protrusions is located in the first narrow groove and the other elongated protrusion is movably located in the first wide groove .
Balancing or measuring apparatus which comprises a main body , rotating about a rotational axis , with a receiving opening for receiving a coupling shaft of a rotor , and a centring element for centring the rotor in the receiving opening , the centring element having at least one supporting region which bears against the coupling shaft and is elastically resilient in the radial direction, characterized in that the centring element comprises two supporting limbs which are spaced apart axially from one another for support on the main body and which bear against an inner wall of the main body .
Apparatus with blow stations arranged on a blow wheel for blow moulding containers from a thermoplastic material, having a device for pneumatic control of a blow pressure, wherein the device for pneumatic control has a control piston which is guided in a cylinder and is mounted so as to be movable in the direction of a longitudinal axis (L) of the piston, and wherein a main flow path which can be closed by the control piston extends through the cylinder , and wherein the control piston is provided with a control surface which faces a control chamber of the cylinder and is designed to transmit a control force to the control piston , wherein the control piston is constructed at least in some regions from a metal or a ceramic, characterized in that the control piston has a cavity which is executed in the interior of the control piston.
An earphone device comprising: a housing ; a dial rotatably attached to said housing , said dial being disk-shaped and comprising at least one magnetized portion and at least one non-magnetized portion ; and at least one magnetic sensor arranged in said housing ; wherein said at least one magnetized portion is arranged to, in response to rotation of said dial , intermittently engage with said at least one magnetic sensor , said dial comprises at least one magnetic film strip applied to a first surface of said dial facing said housing , thereby defining said at least one magnetized portion , wherein said dial comprises a plurality N of magnetic film strips applied to said first surface with intermittent gaps in a rotationally symmetrical arrangement, wherein said intermittent gaps define said non-magnetized portions ; wherein the number N of magnetic film strips preferably ranges between 3 < N < 20 , more preferably N = 16 , and wherein each magnetic film strip is arranged to cover a circular sector of said dial . a housing ; a dial rotatably attached to said housing , said dial being disk-shaped and comprising at least one magnetized portion and at least one non-magnetized portion ; and at least one magnetic sensor arranged in said housing ; wherein said at least one magnetized portion is arranged to, in response to rotation of said dial , intermittently engage with said at least one magnetic sensor , said dial comprises at least one magnetic film strip applied to a first surface of said dial facing said housing , thereby defining said at least one magnetized portion , wherein said dial comprises a plurality N of magnetic film strips applied to said first surface with intermittent gaps in a rotationally symmetrical arrangement, wherein said intermittent gaps define said non-magnetized portions ; wherein the number N of magnetic film strips preferably ranges between 3 < N < 20 , more preferably N = 16 , and wherein each magnetic film strip is arranged to cover a circular sector of said dial .
A mattress extendable in a longitudinal direction and a lateral direction for improved sleep quality and low-pressure support to a recumbent body, comprising: a performance layer comprising along the longitudinal direction thereof: a first shoulder section (10-1) with first shoulder displacement parameters disposed on an end thereof configured to support a shoulder region of the recumbent body; a second shoulder section with second shoulder displacement parameters disposed at an opposite end of the performance layer to said first shoulder section in the longitudinal direction; a first thoracic section (10-2) with first thoracic displacement parameters disposed next to a distal end of said first shoulder section configured to support a thoracic region of the recumbent body; a second thoracic section with second thoracic displacement parameters disposed next to a proximal end of the second shoulder section, the second thoracic section being thinner than the second shoulder section with a layer of said second shoulder section disposed thereabove to compensate for a thickness thereof such that the performance layer has a uniform thickness; and a hip section (10-3) with hip displacement parameters disposed next to a distal end of said first thoracic section configured to support a hip region of the recumbent body; and a core layer disposed below said performance layer for supporting said performance layer. a first shoulder section (10-1) with first shoulder displacement parameters disposed on an end thereof configured to support a shoulder region of the recumbent body; a second shoulder section with second shoulder displacement parameters disposed at an opposite end of the performance layer to said first shoulder section in the longitudinal direction; a first thoracic section (10-2) with first thoracic displacement parameters disposed next to a distal end of said first shoulder section configured to support a thoracic region of the recumbent body; a second thoracic section with second thoracic displacement parameters disposed next to a proximal end of the second shoulder section, the second thoracic section being thinner than the second shoulder section with a layer of said second shoulder section disposed thereabove to compensate for a thickness thereof such that the performance layer has a uniform thickness; and a hip section (10-3) with hip displacement parameters disposed next to a distal end of said first thoracic section configured to support a hip region of the recumbent body; and a core layer disposed below said performance layer for supporting said performance layer.
A filter arrangement comprising a modular filter wall comprising at least one vertically extending filter wall module arranged to receive and contain a filtering material, and a filling device comprising a reservoir for filtering material, wherein the filling device is arranged for filling a filtering material to said at least one vertically extending filter wall module, said filter wall module comprising a filter material extraction point, for extracting filtering material from the filter wall module, near a lower region of the filter wall module, side plates , vertically extending guide elements extending over an outer surface thereof, and horizontally extending support bars , wherein the guide elements are arranged to guide the filling device to move vertically along said guide elements between a first position near a lower region of the filter wall module, in which first position the filling device may be charged with filtering material and a second position near an upper region of the filter wall module in which the filling device can release said filtering material to said filter wall module, and wherein the guide elements additionally act as frame members for the filter wall module.
Method for correcting a B0 inhomogeneity in a magnetic resonance scan with a magnetic resonance tomograph , wherein the B0 inhomogeneity is estimated from empirical values or is determined by a B0 field measurement with the magnetic resonance tomograph, wherein the magnetic resonance tomograph comprises a control unit , a radio frequency unit and a transmitting antenna, wherein the method comprises the steps: (S100) determination of a transmission signal by the control unit which is suitable for correcting the effect of the magnetic field inhomogeneity in an examination volume by means of the Bloch-Siegert effect; (S200) emitting the transmission signal into the examination volume. (S100) determination of a transmission signal by the control unit which is suitable for correcting the effect of the magnetic field inhomogeneity in an examination volume by means of the Bloch-Siegert effect; (S200) emitting the transmission signal into the examination volume.
Smoothing apparatus , comprising a base for resting stably on a horizontal support, and a steamer head which is supported by the base , the steamer head comprising a treatment surface , on which a garment to be smoothed is intended to be arranged, the treatment surface comprising at least one steam emission area, the smoothing apparatus being configured such that a smoothing of a garment to be smoothed is performed by manually applying the garment to be smoothed to the treatment surface while the smoothing apparatus rests on the base and by causing the garment to be smoothed to slide on said treatment surface , characterised in that the smoothing apparatus comprises a first steam distribution circuit , a second steam distribution circuit that is separate from the first steam distribution circuit , and at least one steam generator which is configured to independently supply the first and second steam distribution circuits , the at least one steam emission area comprising at least one first steam outlet hole (8.1), which is fluidically connected to the first steam distribution circuit and at least one second steam outlet hole (8.2) which is fluidically connected to the second steam distribution circuit .
A process for separating polymeric and gaseous components of a reaction mixture obtained by high-pressure polymerization of ethylenically unsaturated monomers in the presence of free-radical polymerization initiators, the process comprising the steps of entering the reaction mixture into a separation vessel; separating the reaction mixture into in a gaseous fraction and a liquid fraction; and withdrawing the gaseous fraction from the top of the separation vessel and withdrawing the liquid fraction from the bottom of the separation vessel, wherein the separation is carried out at a pressure of from 15 MPa to 50 MPa and a temperature of from 120°C to 300°C; the filling level of the liquid fraction in the separation vessel is measured by a radiometric level measurement system comprising at least two radio-active sources and at least three radiation detectors and the filling level is controlled by a product discharge valve which operates based on data coming from the level measurement system, wherein radioactive sources are installed at at least two different heights of the separation vessel, and radiation detectors are installed at least three different heights of the separation vessel, wherein the radiation detectors are installed within or close to oriented cavities in the wall of the separation vessel and the cavities are oriented along a line running from a radioactive source to the radiation detectors, and wherein the cavities are prepared by drilling a hole from the outside into the wall of the separation vessel which does not go through the wall while keeping sufficient material that the separation vessel can withstand the applied pressure. wherein the separation is carried out at a pressure of from 15 MPa to 50 MPa and a temperature of from 120°C to 300°C; the filling level of the liquid fraction in the separation vessel is measured by a radiometric level measurement system comprising at least two radio-active sources and at least three radiation detectors and the filling level is controlled by a product discharge valve which operates based on data coming from the level measurement system, wherein radioactive sources are installed at at least two different heights of the separation vessel, and radiation detectors are installed at least three different heights of the separation vessel, wherein the radiation detectors are installed within or close to oriented cavities in the wall of the separation vessel and the cavities are oriented along a line running from a radioactive source to the radiation detectors, and wherein the cavities are prepared by drilling a hole from the outside into the wall of the separation vessel which does not go through the wall while keeping sufficient material that the separation vessel can withstand the applied pressure.
An illumination device for a vehicle e.g. for a cup holder, comprising: a light guide body including a light entrance hole from which light from a light source can enter, an outer rim part, an outer surface, and an emission portion configured to emit the light entered from the light entrance hole toward the outer surface from a position of the outer rim part; a light shielding member that covers the outer surface of the light guide body except the emission portion ; and a light entrance member disposed in the light entrance hole and configured to reflect the light from the light source toward the emission portion , wherein the emission portion has an anti-dust height , and the anti-dust height is set to a height strictly higher than a surface of the light shielding member by 0 mm to 1 mm, 0 mm being excluded.
A method for exchange of information, the method comprising: receiving information on products to be sold from a user and storing the information at a first user electronic device; transmitting , by the first user electronic device, a first non-encrypted message including a first anonymous identifier of the first user electronic device and at least one of a sales price, a selling location or selling time to a second user electronic device; receiving , from the second user electronic device, a second non-encrypted message in response to the first non-encrypted message, including the first anonymous identifier, a second anonymous identifier of the second user electronic device and at least one of a desired purchase price, an available transaction location or an available transaction time, repeating the transmitting of the first non-encrypted message and the receiving of the second non-encrypted message in order to complete a determination for product transaction; when it is determined that the product transaction is to be carried out in response to the received second non-encrypted message, performing an authentication operation between the first and the second user electronic devices, transmitting by the first user electronic device a first authentication message, which is encrypted, to the second user electronic device, receiving at the first user electronic device a second authentication message from the second user electronic device, the first and second authentication messages comprising at least one of credit information or reliability information. receiving information on products to be sold from a user and storing the information at a first user electronic device; transmitting , by the first user electronic device, a first non-encrypted message including a first anonymous identifier of the first user electronic device and at least one of a sales price, a selling location or selling time to a second user electronic device; receiving , from the second user electronic device, a second non-encrypted message in response to the first non-encrypted message, including the first anonymous identifier, a second anonymous identifier of the second user electronic device and at least one of a desired purchase price, an available transaction location or an available transaction time, repeating the transmitting of the first non-encrypted message and the receiving of the second non-encrypted message in order to complete a determination for product transaction; when it is determined that the product transaction is to be carried out in response to the received second non-encrypted message, performing an authentication operation between the first and the second user electronic devices, transmitting by the first user electronic device a first authentication message, which is encrypted, to the second user electronic device, receiving at the first user electronic device a second authentication message from the second user electronic device, the first and second authentication messages comprising at least one of credit information or reliability information.
A wearable device for measuring a tympanic temperature, the wearable device comprising: an ear insert comprising: a retaining portion formed to extend along, substantially fill and be retained within an ear canal in use; a thermopile module comprising a housing supporting an infrared thermopile , the infrared thermopile arranged at an inner end of the retaining portion and arranged for measuring a tympanic temperature in use; a wired electrical connection extending through the ear insert for outputting a signal from the infrared thermopile in use; and an audio conduction channel , provided by an audio passageway defined at least partially within the ear insert and configured as a waveguide to relay sound from an audio driver or an ambient environment to the innermost end of the ear insert, wherein an output of the audio passageway is provided at an innermost end of the ear insert adjacent to the thermopile arranged to open in the ear canal towards the tympanic membrane, in use. a retaining portion formed to extend along, substantially fill and be retained within an ear canal in use; a thermopile module comprising a housing supporting an infrared thermopile , the infrared thermopile arranged at an inner end of the retaining portion and arranged for measuring a tympanic temperature in use; a wired electrical connection extending through the ear insert for outputting a signal from the infrared thermopile in use; and an audio conduction channel , provided by an audio passageway defined at least partially within the ear insert and configured as a waveguide to relay sound from an audio driver or an ambient environment to the innermost end of the ear insert, wherein an output of the audio passageway is provided at an innermost end of the ear insert adjacent to the thermopile arranged to open in the ear canal towards the tympanic membrane, in use.
A method for detecting shed or circulating tumor cells from prostate cancer comprising contacting a urine sample with a labeled pituitary adenylate cyclase activating peptide (PACAP) or vasoactive intestinal peptide (VIP), and determining binding of the PACAP or VIP to shed or circulating tumor cells from prostate cancer in the urine sample thereby detecting shed or circulating tumor cells from prostate cancer.
An atomizer, comprising an outer glass tube , an inner glass tube , a fixed base , and a ceramic core for vaporizing e-liquid; wherein: the inner glass tube is disposed in the outer glass tube ; characterised in that: an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube ; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube ; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base ; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube ; a lower opening of the inner glass tube is disposed in a top opening of the fixed base ; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube , and adapted to seal the e-liquid in the space. the inner glass tube is disposed in the outer glass tube ; characterised in that: an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube ; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube ; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base ; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube ; a lower opening of the inner glass tube is disposed in a top opening of the fixed base ; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube , and adapted to seal the e-liquid in the space. an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube ; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube ; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base ; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube ; a lower opening of the inner glass tube is disposed in a top opening of the fixed base ; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube , and adapted to seal the e-liquid in the space.