mhurhangee/patent-ind-claim-en huggingface dataset:
Sliding window device comprising a rectangular window frame for installation in a window cut-out, in which window frame a first, fixed and a second, displaceable window element are arranged, wherein the window frame is formed by a circumferential profile, which comprises a floor-side profile part , a ceiling-side profile part and two lateral profile parts , wherein the floor-side profile part has a guide shaft , in which a roller arrangement is provided, on which the second window element is mounted, characterised in that a horizontal insertion shaft is arranged parallel to the guide shaft on the side of the first window element , which insertion shaft receives a carriage plate , which can be moved in the direction of the guide shaft and to which at least one slat is pivotably attached, which is pretensioned via a spring element against the second wing , wherein the width of the carriage plate and the at least one slat is greater than the width of the guide shaft .
A connector for vehicular hose connection, comprising: a sleeve having, at one end, a nipple , to which a hose is coupled, and a protruding annular stopper formed in the middle; a housing , in which the sleeve is accommodated, and which has a nipple coupled to another hose at one end of the housing, a through hole correspondingly formed in the outer circumferential surface of the housing, an enlarged protrusion on the outer circumferential surface adjacent to the through hole, and a flange formed on the opposite side of the nipple ; an O-ring installed between the sleeve and housing so as to maintain airtightness therebetween; and a locker , which is rotatably coupled to the outer circumferential surface of the housing, has an elastic piece bending inwards so as to be positioned within the through hole of the housing and having a stopper protrusion for supporting one end of the protruding annular stopper formed on the sleeve, and integrates the sleeve and housing , wherein a guide protrusion is formed on the outer circumferential surface of the housing , and when the locker is coupled to the housing , the guide protrusion is stopped against one surface formed on a cutout of the locker to prevent the locker from leaving. a sleeve having, at one end, a nipple , to which a hose is coupled, and a protruding annular stopper formed in the middle; a housing , in which the sleeve is accommodated, and which has a nipple coupled to another hose at one end of the housing, a through hole correspondingly formed in the outer circumferential surface of the housing, an enlarged protrusion on the outer circumferential surface adjacent to the through hole, and a flange formed on the opposite side of the nipple ; an O-ring installed between the sleeve and housing so as to maintain airtightness therebetween; and a locker , which is rotatably coupled to the outer circumferential surface of the housing, has an elastic piece bending inwards so as to be positioned within the through hole of the housing and having a stopper protrusion for supporting one end of the protruding annular stopper formed on the sleeve, and integrates the sleeve and housing , wherein a guide protrusion is formed on the outer circumferential surface of the housing , and when the locker is coupled to the housing , the guide protrusion is stopped against one surface formed on a cutout of the locker to prevent the locker from leaving.
A method for reducing the presence of elemental sulfur in a gypsum product, the method comprising the following steps: providing stucco to be used in the production of the gypsum product, the stucco including a level of elemental sulfur; mixing copper into the stucco; allowing the copper to react with the elemental sulfur, the reaction reducing the level of elemental sulfur within the stucco; and utilizing the stucco with the reduced level of elemental sulfur in the production of the gypsum product. providing stucco to be used in the production of the gypsum product, the stucco including a level of elemental sulfur; mixing copper into the stucco; allowing the copper to react with the elemental sulfur, the reaction reducing the level of elemental sulfur within the stucco; and utilizing the stucco with the reduced level of elemental sulfur in the production of the gypsum product.
A device for controlling motion of a movable part , the movable part being a component of a system, the device comprising a housing having a bore and a bypass channel formed entirely within the housing, a piston slidably disposed within the bore and arranged to communicate with the movable part; the device being further characterized by : a separator disposed within the housing and defining a first chamber between the piston and the separator and a second chamber between the housing and the separator, the bypass channel forming at least a portion of a variable orifice providing fluid communication between the first chamber and the second chamber, wherein the separator comprises: a disc , disposed within the bore of the housing, having a central bore; and a pin , slidably maintained by the piston within the central bore, wherein surface features of the pin cooperate with the central bore to provide at least a portion of the variable orifice, wherein the separator further comprises a valve controlling fluid flow through the bypass channel having an inlet port open to the first chamber and an outlet port open to the second chamber, the valve controlled according to an operating parameter of the system, and wherein motion of the movable part is at least partially controlled by the piston and flow of a fluid from the first chamber to the second chamber through the variable orifice. a disc , disposed within the bore of the housing, having a central bore; and a pin , slidably maintained by the piston within the central bore, wherein surface features of the pin cooperate with the central bore to provide at least a portion of the variable orifice, wherein the separator further comprises a valve controlling fluid flow through the bypass channel having an inlet port open to the first chamber and an outlet port open to the second chamber, the valve controlled according to an operating parameter of the system, and wherein motion of the movable part is at least partially controlled by the piston and flow of a fluid from the first chamber to the second chamber through the variable orifice.
A multi impingement plate assembly for a Blade Outer Air Seal (BOAS) comprising: a first impingement plate defining a first plane (P1) and including a multiple of first impingement plate holes , and a first axial length; and a second impingement plate having a second axial length and attached to said first impingement plate , said second impingement plate including a platform section spaced away from said multiple of first impingement plate holes to define a plate cavity , wherein said second impingement plate includes a base section defined within a second plane (P2), and said base section includes a multiple of second impingement holes , characterised in that the first impingement plate includes a window adjacent to said multiple of first impingement plate holes , the first axial length is approximately equal to the second axial length, and said platform section is parallel and spaced away from said second plane (P2). a first impingement plate defining a first plane (P1) and including a multiple of first impingement plate holes , and a first axial length; and a second impingement plate having a second axial length and attached to said first impingement plate , said second impingement plate including a platform section spaced away from said multiple of first impingement plate holes to define a plate cavity , wherein said second impingement plate includes a base section defined within a second plane (P2), and said base section includes a multiple of second impingement holes , characterised in that the first impingement plate includes a window adjacent to said multiple of first impingement plate holes , the first axial length is approximately equal to the second axial length, and said platform section is parallel and spaced away from said second plane (P2).
A lighting apparatus, comprising: a cap head with a cap housing for being inserted into a power socket to receive an external power from an external power source ; a light source ; a driver for converting the external power to a driving current supplied to the light source ; a light module having a light housing, a first end and a second end, the first end and the second end being located at two opposite sides of the light housing, the light source being disposed in the light housing, one of the first end and the second end being selected and detachably connected to the cap head , a light effect of the lighting apparatus being different when the first end being connected to the cap head and the second end being connected to the cap head , characterized in that , the light source generates a first light when the first end is attached to the cap head and generates a second light when the second end is attached to the cap head , the first light and the second light have different optical characteristics. a cap head with a cap housing for being inserted into a power socket to receive an external power from an external power source ; a light source ; a driver for converting the external power to a driving current supplied to the light source ; a light module having a light housing, a first end and a second end, the first end and the second end being located at two opposite sides of the light housing, the light source being disposed in the light housing, one of the first end and the second end being selected and detachably connected to the cap head , a light effect of the lighting apparatus being different when the first end being connected to the cap head and the second end being connected to the cap head , characterized in that , the light source generates a first light when the first end is attached to the cap head and generates a second light when the second end is attached to the cap head , the first light and the second light have different optical characteristics.
A garment hanger comprising a rail engaging portion and garment supporting means in the form of a deformable elongate member , the elongate member having a length and a width, the end of the elongate member distal from the rail engaging portion comprising a first part of a connection mechanism such that the elongate member can be deformed back upon itself and connected to a second part of the connection mechanism of the hanger to form a closed loop, wherein the elongate member comprises a side flange along its length, characterised in that the side flange extends in a direction non-parallel with the length of the elongate member , and wherein the side flange is at or adjacent the end of the elongate member distal from the rail engaging portion and wherein the side flange is sized to allow a user to provide a force against the elongate member to either open or close the connection mechanism. wherein the elongate member comprises a side flange along its length, characterised in that the side flange extends in a direction non-parallel with the length of the elongate member , and wherein the side flange is at or adjacent the end of the elongate member distal from the rail engaging portion and wherein the side flange is sized to allow a user to provide a force against the elongate member to either open or close the connection mechanism.
Use of a measurement device (10, 10', 10"), in particular a hand-held measurement device , preferably a measurement device (10, 10', 10") having a housing , comprising at least a nuclear magnetic resonance sensor , a control apparatus for controlling the measurement device (10, 10', 10"), an evaluation apparatus for evaluating a measurement signal supplied by the nuclear magnetic resonance sensor , an output apparatus for outputting ascertained information and an energy supply apparatus , for examining fuel and/or oil and/or hydraulic fluid of a vehicle, wherein the measurement signal supplied by the nuclear magnetic resonance sensor , in particular a spectrum and/or a relaxation time of the measurement signal resulting from the excitation of nuclear spins in the fuel and/or oil and/or hydraulic fluid to be examined by way of the nuclear magnetic resonance sensor , is evaluated by means of the evaluation apparatus of the measurement device (10, 10', 10"), and information is derived therefrom, wherein this information ascertained by means of the evaluation apparatus is used for controlling with open-loop and/or closed-loop control at least one component of the vehicle in order to improve open-loop and/or closed-loop control of the at least one component.
A wearable medical device , comprising: a water-resistant harness to be worn by a patient; a plurality of ECG sensing electrodes disposed on the harness and configured to sense an ECG of the patient; a plurality of therapy electrodes discrete from the plurality of ECG sensing electrodes , the plurality of therapy electrodes also disposed on the harness and configured to provide at least one defibrillating shock to the body of the patient, the plurality of therapy electrodes being disposed on the harness at spaced apart positions and opposing sides of the patient's torso; a control unit , electrically coupled to the plurality of ECG sensing electrodes and the plurality of therapy electrodes , configured to monitor the sensed ECG of the patient, and responsive to detection of cardiac arrhythmia of the patient, to provide at least one defibrillating pulse of energy to at least one of the plurality of therapy electrodes , the control unit being housed in a waterproof case formed from a waterproof material that is sealed to prevent ingress of water during operation of the wearable medical device in a wet environment; and a user interface pod being housed in a further waterproof case that is sealed to prevent the ingress of water during operation of the wearable medical device in the wet environment. a water-resistant harness to be worn by a patient; a plurality of ECG sensing electrodes disposed on the harness and configured to sense an ECG of the patient; a plurality of therapy electrodes discrete from the plurality of ECG sensing electrodes , the plurality of therapy electrodes also disposed on the harness and configured to provide at least one defibrillating shock to the body of the patient, the plurality of therapy electrodes being disposed on the harness at spaced apart positions and opposing sides of the patient's torso; a control unit , electrically coupled to the plurality of ECG sensing electrodes and the plurality of therapy electrodes , configured to monitor the sensed ECG of the patient, and responsive to detection of cardiac arrhythmia of the patient, to provide at least one defibrillating pulse of energy to at least one of the plurality of therapy electrodes , the control unit being housed in a waterproof case formed from a waterproof material that is sealed to prevent ingress of water during operation of the wearable medical device in a wet environment; and a user interface pod being housed in a further waterproof case that is sealed to prevent the ingress of water during operation of the wearable medical device in the wet environment.
Winding for an electrical machine adapted for interacting with an inductor structure providing a sequence of at least one pair of north and south magnetic poles along a length, producing a magnetic field, said poles being separated by a pole pitch distance τ p along said length, the winding comprising one or more phases, the number of phases being n, the winding being adapted for moving in relation to said inductor structure along said length, the winding having a plurality of groups of pairs of conductors (61, 62; 61', 62'), each pair of conductors forming a turn intercepting a fraction of said magnetic field, a group comprising a first subgroup of turns of one phase having a spread along said length inferior or equal to τ p /n, and a second subgroup of turns of same phase having a spread along said length inferior or equal to τ p /n, at a distance equal to τ p from first subgroup along said length, the first subgroup and the second subgroup having same number t of turns; the turns of the first subgroup being connected in such a way that a current may flow in same direction in all turns of said subgroup, the turns of the second subgroup being connected in such a way that a current may flow in same direction in all turns of said subgroup, a turn of the first subgroup being connected to a turn of the second subgroup in such a way that the direction of said current in the first group is opposite to the direction of the current in the second subgroup, said pairs of conductors comprising first conductors arranged in a first layer and second conductors arranged in a second layer, said first and second layer being separated by an intermediate layer, said intermediate layer having an height perpendicular to said length, one extremity of a first conductor being connected to an extremity of a corresponding second conductor through an opening in said intermediate layer, each of said pairs of conductors (61, 62; 61', 62') forming a turn form a wave, characterised in that first conductors of the first subgroup of turns are interrupted at mid height and connected through said intermediate layer with corresponding second conductors of the second subgroup, at both ends of said length, so as to form a continuous circuit.
A power transmitter for wireless power transfer to a power receiver using an electromagnetic power transfer signal, the power transmitter comprising: a power transfer circuit comprising a power transfer coil for generating the power transfer signal during power transfer time intervals; a communicator for communicating with the power receiver via an electromagnetic communication signal; characterized by the power transfer signal during a power transfer phase employing a repeating time frame comprising a power transfer time interval and an object detection time interval being non-overlapping with the power transfer time interval, a power limit of the power transfer signal being lower for the object detection time interval than for the power transfer time interval, and further characterized by the power transmitter further comprising: a communication resonance circuit comprising a communication antenna for transmitting or receiving the electromagnetic communication signal, the communication resonance circuit during communication being arranged to provide a resonance at a first resonance frequency to the communicator ; and a controller for adapting the communication resonance circuit to not provide the resonance at the first resonance frequency to the communicator during object detection time intervals. a power transfer circuit comprising a power transfer coil for generating the power transfer signal during power transfer time intervals; a communicator for communicating with the power receiver via an electromagnetic communication signal; characterized by the power transfer signal during a power transfer phase employing a repeating time frame comprising a power transfer time interval and an object detection time interval being non-overlapping with the power transfer time interval, a power limit of the power transfer signal being lower for the object detection time interval than for the power transfer time interval, and further characterized by the power transmitter further comprising: a communication resonance circuit comprising a communication antenna for transmitting or receiving the electromagnetic communication signal, the communication resonance circuit during communication being arranged to provide a resonance at a first resonance frequency to the communicator ; and a controller for adapting the communication resonance circuit to not provide the resonance at the first resonance frequency to the communicator during object detection time intervals. a communication resonance circuit comprising a communication antenna for transmitting or receiving the electromagnetic communication signal, the communication resonance circuit during communication being arranged to provide a resonance at a first resonance frequency to the communicator ; and a controller for adapting the communication resonance circuit to not provide the resonance at the first resonance frequency to the communicator during object detection time intervals.
A system for mounting glass roof tiles on a roof construction, the system comprising: - a roof batten extending along a first longitudinal direction , - an S-shaped bracket defining a first U-shaped portion and a second U-shaped portion , and - a sealing plate extending along a second longitudinal direction being transverse to the first longitudinal direction , wherein the first U-shaped portion of the bracket is clamped onto the roof batten and retained in relation thereto solely by means of friction and gravity, characterised in that the system comprises two glass roof tiles arranged side by side along the first longitudinal direction , and in that an end portion of the sealing plate and a lower end portion of each of the glass roof tiles are snugly fit into the second U-shaped portion of the bracket , such that the bracket and the sealing plate overlap the respective lower end portions of the two glass roof tiles when the glass roof tiles are arranged side by side along the first longitudinal direction , and such that the sealing plate and the two glass roof tiles are retained in relation to the bracket solely by means of friction and gravity, wherein the sealing plate is rectangular when seen in a planar projection onto a surface of the roof defined by the roof tiles , with no elements, parts or portions of the sealing plate extending beyond the bracket when seen in the longitudinal direction of the roof batten in said planar projection. - a roof batten extending along a first longitudinal direction , - an S-shaped bracket defining a first U-shaped portion and a second U-shaped portion , and - a sealing plate extending along a second longitudinal direction being transverse to the first longitudinal direction , wherein the first U-shaped portion of the bracket is clamped onto the roof batten and retained in relation thereto solely by means of friction and gravity, characterised in that the system comprises two glass roof tiles arranged side by side along the first longitudinal direction , and in that an end portion of the sealing plate and a lower end portion of each of the glass roof tiles are snugly fit into the second U-shaped portion of the bracket , such that the bracket and the sealing plate overlap the respective lower end portions of the two glass roof tiles when the glass roof tiles are arranged side by side along the first longitudinal direction , and such that the sealing plate and the two glass roof tiles are retained in relation to the bracket solely by means of friction and gravity, wherein the sealing plate is rectangular when seen in a planar projection onto a surface of the roof defined by the roof tiles , with no elements, parts or portions of the sealing plate extending beyond the bracket when seen in the longitudinal direction of the roof batten in said planar projection.